A
B
C
D
E
F
G
H
I
J
K
M
N
O
P
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U
V
W
X
| A | Top |
| Acoustic sensors and systems | FrCT3.58, FrCT3.80, FrCT3.99, FrCT3.100, FrCT3.111, FrCT3.121, FrCT3.123, FrCT3.126, FrCT3.143, FrCT3.165 |
| Adaptive filtering | MoBT1.28, MoBT1.43, MoBT1.83, MoBT1.87, MoBT1.153, MoBT1.251, MoBT1.271, ThDT1.20, ThDT2.4, ThDT2.10, ThDT2.43 |
| Ambient sensors | FrCT3.24, FrCT3.142, ThDT4.51 |
| Ambulatory diagnostic and therapeutic devices - Ambulatory and ADL technologies | MoBT3.7, MoBT3.8, MoBT3.34, ThDT2.40 |
| Ambulatory diagnostic and therapeutic devices - Prosthetic limbs, devices, and related appliances and aides | MoBT3.46 |
| Ambulatory diagnostic and therapeutic devices - Wireless telemetric systems | MoBT3.31, ThDT3.35 |
| Ambulatory diagnostic devices - Oximetry | MoBT3.12 |
| Ambulatory Diagnostic devices - Point of care technologies | MoBT3.26, MoBT3.29, MoBT3.64, ThDT4.26 |
| Ambulatory diagnostic devices - Wellness monitoring technologies | MoBT3.1, MoBT3.8, MoBT3.52, MoBT3.69, ThDT4.26 |
| Ambulatory Therapeutic Devices - Biofeedback and related technologies | MoBT3.8, MoBT3.59, MoBT3.71, ThDT2.40 |
| Ambulatory Therapeutic Devices - Personalized therapeutic devices and emergency response systems | MoBT3.28, MoBT3.59, MoBT3.69 |
| Artificial organs (including heart, kidney, liver, pancreas, retina) | MoBT3.51, MoBT3.67, MoBT3.74 |
| Assistive and cognitive robotics in aided living | ThDT3.27, WeDT3.28, WeDT3.48, WeDT3.52, WeDT3.56 |
| Assistive and cognitive robotics in rehabilitation | WeDT3.10, WeDT3.37, WeDT3.48, WeDT3.61, WeDT3.96, WeDT3.100, WeDT3.101 |
| B | Top |
| Bio-electric sensors - Sensing methods | FrCT3.11, FrCT3.30, FrCT3.37, FrCT3.41, FrCT3.47, FrCT3.50, FrCT3.74, FrCT3.76, FrCT3.84, FrCT3.91, FrCT3.95, FrCT3.110, FrCT3.112, FrCT3.117, FrCT3.125, FrCT3.136, FrCT3.154, FrCT3.166, ThDT2.34, ThDT2.54, ThDT3.46, TuDT2.1 |
| Bio-electric sensors - Sensor systems | FrCT3.11, FrCT3.16, FrCT3.29, FrCT3.45, FrCT3.76, FrCT3.97, FrCT3.110, FrCT3.112, FrCT3.127, FrCT3.131, FrCT3.132, FrCT3.136, FrCT3.162, ThDT2.38, ThDT4.82 |
| Bioinformatics - Bioinformatics databases | MoBT4.20, MoBT4.181, ThDT4.48 |
| Bioinformatics - Bioinformatics for health monitoring | MoBT4.3, MoBT4.4, MoBT4.8, MoBT4.21, MoBT4.82, MoBT4.100, MoBT4.186, ThDT3.39 |
| Bioinformatics - Cancer genomics, Neuro genomics, Cardio genomics | MoBT4.15, MoBT4.26, MoBT4.32, MoBT4.65 |
| Bioinformatics - Computational modeling and simulations in biology, physiology and medicine | MoBT4.24 |
| Bioinformatics - Computational systems biology | MoBT4.93, MoBT4.97 |
| Bioinformatics - Gene expression pattern recognition | MoBT4.15, MoBT4.26, ThDT4.48 |
| Bioinformatics - Genomics text data processing GWAS data analysis | MoBT4.79, MoBT4.80 |
| Bioinformatics - Integration of multi-modality omic data | MoBT4.65 |
| Bioinformatics - Platforms/solutions for precision medicine | MoBT4.59, MoBT4.134 |
| Bioinformatics - Sequencing alignment, assembly, and analysis | MoBT4.59 |
| Bioinformatics - Structural and comparative genomics | MoBT4.135, MoBT4.176 |
| Bioinformatics - Translational bioinformatics | MoBT4.93 |
| Biologically inspired robotics and micro-biorobotics - Biologically inspired locomotion | ThDT1.1, WeDT3.1, WeDT3.6 |
| Biologically inspired robotics and micro-biorobotics - Machine learning and control | WeDT3.6, WeDT3.19, WeDT3.34, WeDT3.77, WeDT3.99 |
| Biologically inspired robotics and micro-biorobotics - Modeling | ThDT1.1, ThDT2.7, WeDT3.31, WeDT3.33, WeDT3.34 |
| Biomaterial-cell interactions - Biologics | ThDT4.13 |
| Biomaterial-cell interactions - Engineered vascular tissue | MoBT2.4, ThDT1.39 |
| Biomaterials - Chemical and electrochemical sensors | MoBT2.14 |
| Biomechanics and robotics - Clinical evaluation in rehabilitation and orthopedics | ThDT4.19, WeDT3.13, WeDT3.36, WeDT3.38, WeDT3.50, WeDT3.63, WeDT3.74, WeDT3.79 |
| Biomechanics and robotics in physical exercise | ThDT3.1, WeDT3.32, WeDT3.55, WeDT3.93, WeDT3.98 |
| Biomechanics and robotics in sports | WeDT3.39, WeDT3.50, WeDT3.64, WeDT3.70, WeDT3.74, WeDT3.93 |
| Biomedical engineering curricula | FrAT5.1, FrCT4.4, FrCT4.6, ThDT1.2, ThDT1.30, TuFT1.1, TuFT1.2 |
| BioMEMS/NEMS - Angiogenesis and vasculogenesis | ThDT1.39 |
| BioMEMS/NEMS - Tissue engineering and biomaterials | MoBT2.16, ThDT2.28, ThDT3.47 |
| Biomimetic materials | MoBT2.10, MoBT2.12, ThDT3.4 |
| Biomimetic materials - Directed assembly | MoBT2.1, MoBT2.2 |
| Biomimetic robotics | WeDT3.2, WeDT3.6, WeDT3.16, WeDT3.33, WeDT3.40, WeDT3.47, WeDT3.72 |
| BME and global health | FrAT5.1, FrCT4.5, ThDT1.41, ThGT8.1, ThGT8.2 |
| BME undergraduate research | FrCT4.1 |
| Brain functional imaging | FrCT2.22, FrCT2.55 |
| Brain functional imaging - Blind source separation | ThDT4.8 |
| Brain functional imaging - Classification | FrCT2.76, FrCT2.90, FrCT2.140, ThDT4.18, ThDT4.42 |
| Brain functional imaging - Connectivity and information flow | FrCT2.75, FrCT2.104, FrCT2.142, FrCT2.235 |
| Brain functional imaging - EEG | FrCT2.8, FrCT2.11, FrCT2.29, FrCT2.36, FrCT2.37, FrCT2.53, FrCT2.54, FrCT2.58, FrCT2.60, FrCT2.65, FrCT2.67, FrCT2.72, FrCT2.73, FrCT2.74, FrCT2.75, FrCT2.76, FrCT2.88, FrCT2.97, FrCT2.98, FrCT2.103, FrCT2.111, FrCT2.133, FrCT2.138, FrCT2.142, FrCT2.143, FrCT2.155, FrCT2.157, FrCT2.159, FrCT2.171, FrCT2.173, FrCT2.174, FrCT2.179, FrCT2.180, FrCT2.196, FrCT2.209, FrCT2.229, FrCT2.230, FrCT2.231, FrCT2.248, ThDT2.79, ThDT3.7, ThDT3.14, ThDT3.17, ThDT3.24, ThDT4.8, ThDT4.15, ThDT4.18, ThDT4.20, ThDT4.33, ThDT4.42 |
| Brain functional imaging - Evoked potentials | FrCT2.5, ThDT3.17, ThDT4.8 |
| Brain functional imaging - fMRI | FrCT2.17, FrCT2.23, FrCT2.77, FrCT2.92, FrCT2.140, FrCT2.170, ThDT2.75 |
| Brain functional imaging - Mapping | FrBT5.1, FrCT2.117, FrCT2.247 |
| Brain functional imaging - MEG | FrCT2.199, ThDT4.72 |
| Brain functional imaging - NIR | FrCT2.207 |
| Brain functional imaging - Source localization | FrCT2.143, FrCT2.174, ThDT3.7, ThDT4.20 |
| Brain functional imaging - Spatial-temporal dynamics | FrCT2.43, FrCT2.77 |
| Brain imaging and image analysis | MoCT6.1, ThDT2.20, ThDT2.32, ThDT2.33, ThDT2.64, ThDT4.37, WeDT1.8, WeDT1.13, WeDT1.15, WeDT1.16, WeDT1.17, WeDT1.18, WeDT1.38, WeDT1.40, WeDT1.44, WeDT1.57, WeDT1.64, WeDT1.78, WeDT1.89, WeDT1.96, WeDT1.98, WeDT1.111, WeDT1.125, WeDT1.126, WeDT1.127, WeDT1.129, WeDT1.134, WeDT1.140, WeDT1.142, WeDT1.149, WeDT1.152, WeDT1.154, WeDT1.155, WeDT1.158, WeDT1.159, WeDT1.172, WeDT1.181, WeDT1.202, WeDT1.208, WeDT1.235, WeDT1.237, WeDT1.246, WeDT1.252, WeDT1.255, WeDT1.256, WeDT1.257, WeDT1.258, WeDT1.267, WeDT1.276, WeDT1.277, WeDT1.283, WeDT1.284, WeDT1.288, WeDT1.292, WeDT1.293, WeDT1.294, WeDT1.299, WeDT1.305, WeDT1.324, WeDT1.327, WeDT1.332, WeDT1.341, WeDT1.346, WeDT1.352, WeDT1.356 |
| Brain machine interfaces and robotics application in robot-aided living | WeDT3.4 |
| Brain physiology and modeling | FrCT2.69, FrCT2.110, FrCT2.141, FrCT2.154, FrCT2.189, FrCT2.196, FrCT2.204, FrCT2.242, ThDT1.36, ThDT4.25 |
| Brain physiology and modeling - Cognition, memory, perception | FrCT2.23, FrCT2.45, FrCT2.49, FrCT2.77 |
| Brain physiology and modeling - Neural circuits | FrCT2.39, FrCT2.110, FrCT2.237 |
| Brain physiology and modeling - Neural dynamics and computation | FrCT2.39, FrCT2.40, FrCT2.83, FrCT2.122, FrCT2.189, FrCT2.213, FrCT2.221, ThDT3.14, ThDT4.33 |
| Brain physiology and modeling - Neuron modeling and simulation | FrCT2.81, FrCT2.105, FrCT2.189, FrCT2.213, FrCT2.237, ThDT1.38 |
| Brain physiology and modeling - Sensory-motor | FrCT2.47, FrCT2.238, ThDT3.24, ThDT4.78 |
| Brain physiology and modeling - Sleep | FrCT2.59, FrCT2.74, FrCT2.110, ThDT4.57 |
| Brain-computer/machine interface | FrBT5.1, FrCT2.3, FrCT2.5, FrCT2.11, FrCT2.12, FrCT2.13, FrCT2.24, FrCT2.27, FrCT2.28, FrCT2.29, FrCT2.30, FrCT2.31, FrCT2.32, FrCT2.34, FrCT2.38, FrCT2.41, FrCT2.44, FrCT2.47, FrCT2.51, FrCT2.54, FrCT2.55, FrCT2.58, FrCT2.65, FrCT2.67, FrCT2.70, FrCT2.72, FrCT2.78, FrCT2.82, FrCT2.86, FrCT2.87, FrCT2.96, FrCT2.98, FrCT2.99, FrCT2.100, FrCT2.103, FrCT2.109, FrCT2.111, FrCT2.115, FrCT2.119, FrCT2.123, FrCT2.135, FrCT2.153, FrCT2.154, FrCT2.168, FrCT2.171, FrCT2.173, FrCT2.178, FrCT2.180, FrCT2.195, FrCT2.199, FrCT2.201, FrCT2.208, FrCT2.209, FrCT2.214, FrCT2.216, FrCT2.217, FrCT2.218, FrCT2.226, FrCT2.229, FrCT2.231, FrCT2.236, FrCT2.241, ThDT1.5, ThDT1.18, ThDT2.5, ThDT2.31, ThDT2.62, ThDT2.65, ThDT3.20, ThDT3.24, ThDT4.15, ThDT4.38, ThDT4.45, ThDT4.59, ThDT4.63 |
| C | Top |
| Cancer detection and diagnosis technologies | MoBT3.19, MoBT3.24, MoBT3.29, MoBT3.47, MoBT3.50, ThDT1.28, ThDT3.29 |
| Cardiac electrophysiology - Atrial fibrillation | ThDT4.3 |
| Cardiac electrophysiology - Defibrillation, ablation, and cardioversion | FrCT1.21 |
| Cardiac electrophysiology - Inverse problems | FrCT1.56 |
| Cardiac electrophysiology - Patient-specific approaches to treatment of heat disease | FrCT1.7 |
| Cardiac electrophysiology - Simulation for cardiac arrhythmia | FrCT1.21, FrCT1.34, FrCT1.51, ThDT4.3 |
| Cardiac electrophysiology - Ventricular arrhythmia mechanisms | FrCT1.34, ThDT4.3 |
| Cardiac imaging and image analysis | ThDT1.44, ThDT2.47, ThDT4.34, ThDT4.62, WeDT1.33, WeDT1.70, WeDT1.80, WeDT1.130, WeDT1.217, WeDT1.273, WeDT1.285, WeDT1.286, WeDT1.296, WeDT1.313, WeDT1.343, WeDT1.349, WeDT1.350 |
| Cardiac mechanics, structure & function - Artificial heart and valves | FrCT1.3 |
| Cardiac mechanics, structure & function - Atrial Fibrillation | FrCT1.42 |
| Cardiac mechanics, structure & function - Cardiac muscle mechanics | FrCT1.31, FrCT1.45 |
| Cardiac mechanics, structure & function - Cardiac structure from imaging | FrCT1.13, FrCT1.40 |
| Cardiac mechanics, structure & function - Heart failure | FrCT1.6, FrCT1.33 |
| Cardiac mechanics, structure & function - Ventricular assist devices | FrCT1.3, FrCT1.6, FrCT1.33, FrCT1.49, ThDT3.8 |
| Cardiac mechanics, structure & function - Ventricular mechanics | FrCT1.31, FrCT1.45 |
| Cardiac signal remote monitoring devices and technologies | MoBT3.54, MoBT3.68, ThDT3.35 |
| Cardiovascular and respiratory signal processing - Blood pressure measurement | FrAT7.1, FrAT7.2, FrCT1.8, FrCT1.10, FrCT1.14, FrCT1.27, FrCT1.58, FrCT1.59, FrCT1.60, FrCT1.61, FrCT1.63, ThDT1.22, ThDT3.22 |
| Cardiovascular and respiratory signal processing - Cardiovascular signal processing | FrCT1.1, FrCT1.4, FrCT1.5, FrCT1.8, FrCT1.17, FrCT1.20, FrCT1.24, FrCT1.27, FrCT1.28, FrCT1.32, FrCT1.35, FrCT1.36, FrCT1.42, FrCT1.43, FrCT1.47, FrCT1.51, FrCT1.52, FrCT1.53, FrCT1.60, FrCT1.61, FrCT1.62, FrCT1.63, ThDT1.22 |
| Cardiovascular and respiratory signal processing - Complexity in cardiovascular or respiratory signals | FrCT1.17, FrCT1.55, FrCT1.62, ThAT8.1, WeGT7.1 |
| Cardiovascular and respiratory signal processing - Heart Rate and Blood Pressure Variability | FrCT1.5, FrCT1.12, FrCT1.14, FrCT1.18, FrCT1.24, FrCT1.32, FrCT1.51, ThDT2.21, ThDT3.15 |
| Cardiovascular and respiratory signal processing - Lung Sounds | FrCT1.54, FrCT1.62, ThAT8.1, ThDT1.21 |
| Cardiovascular and respiratory signal processing - Non-linear cardiovascular or cardiorespiratory relations | FrCT1.18, FrCT1.55 |
| Cardiovascular and respiratory signal processing - Pulse transit time | FrCT1.8, FrCT1.10, FrCT1.50, FrCT1.58 |
| Cardiovascular and respiratory signal processing - Time-frequency, time-scale analysis of cardiorespiratory variability | FrCT1.53 |
| Cardiovascular and respiratory system modeling - Blood flow models | FrCT1.33, FrCT1.49 |
| Cardiovascular and respiratory system modeling - Cardiac models | FrCT1.7, FrCT1.13, FrCT1.15, FrCT1.19, FrCT1.29, FrCT1.35, FrCT1.36, FrCT1.38, FrCT1.56 |
| Cardiovascular and respiratory system modeling - Cardiovascular control models | FrCT1.37, FrCT1.49, ThDT1.11, ThDT3.8 |
| Cardiovascular and respiratory system modeling - Cardiovascular Disease | FrCT1.9, FrCT1.40, ThDT2.27 |
| Cardiovascular and respiratory system modeling - Cardiovascular-Respiratory Interactions | FrCT1.2, FrCT1.15, TuCT1.1 |
| Cardiovascular and respiratory system modeling - Cerebrovascular models | FrCT1.2, TuCT1.1 |
| Cardiovascular and respiratory system modeling - Compartmental modeling | FrCT1.29, FrCT1.38 |
| Cardiovascular and respiratory system modeling - Gas exchange models | FrCT1.15 |
| Cardiovascular and respiratory system modeling - Sleep-cardiorespiratory Interactions | FrCT1.1, TuCT1.1 |
| Cardiovascular and respiratory system modeling - Vascular mechanics and hemodynamics | FrCT1.22, FrCT1.38 |
| Cardiovascular assessment and diagnostic technologies | MoBT3.10, MoBT3.35, MoBT3.54, MoBT3.68, ThDT3.35 |
| Cardiovascular regulation - Autonomic nervous system | FrCT1.2, FrCT1.4, FrCT1.25, ThDT2.25, ThDT3.15 |
| Cardiovascular regulation - Baroreflex | FrCT1.12, ThDT3.8 |
| Cardiovascular regulation - Blood pressure variability | FrCT1.12, FrCT1.19, FrCT1.30 |
| Cardiovascular regulation - Heart rate variability | FrCT1.4, FrCT1.17, FrCT1.19, FrCT1.24, FrCT1.25, ThDT2.21, ThDT2.25, ThDT3.15 |
| Cardiovascular, respiratory, and sleep devices - Diagnostics | FrCT1.11, FrCT1.23, FrCT1.26, FrCT1.28, FrCT1.40, FrCT1.41, MoDT6.1, MoDT6.2, MoDT6.3, ThDT1.21 |
| Cardiovascular, respiratory, and sleep devices - Implantables | FrCT1.3, FrCT1.11 |
| Cardiovascular, respiratory, and sleep devices - Monitors | FrAT7.1, FrAT7.2, FrCT1.14, FrCT1.26, FrCT1.44, ThDT3.22, ThDT4.60 |
| Cardiovascular, respiratory, and sleep devices - Sensors | FrCT1.11, FrCT1.44, WeAT7.1 |
| Cardiovascular, respiratory, and sleep devices - Smart systems | FrCT1.28, FrCT1.54, WeAT7.1 |
| Cardiovascular, respiratory, and sleep devices - Therapeutics | MoDT6.2 |
| Cardiovascular, respiratory, and sleep devices - Wearables | FrCT1.26, FrCT1.52, FrCT1.54, MoDT6.3, ThDT2.21 |
| Career development in BME | FrCT4.4, TuAT2.1 |
| Causality | MoBT1.6, MoBT1.141, MoBT1.216, MoBT1.226, MoBT1.229, MoBT1.237 |
| Cellular force transduction - Cell motility | MoBT2.5 |
| Cellular force transduction - Cell spreading and adhesion | ThDT4.13 |
| Cellular force transduction - Mechanical stimuli and mechanotransduction | MoBT2.6 |
| Chemo/bio-sensing - Biological sensors and systems | ThDT2.34, ThDT3.31 |
| Chemo/bio-sensing - Chemical sensors and systems | FrCT3.25, FrCT3.129, FrCT3.146, FrCT3.165 |
| Chemo/bio-sensing - Micrototal analysis and lab-on-chip systems | FrCT3.25, FrCT3.76, FrCT3.116, FrCT3.146 |
| Chemo/bio-sensing - Techniques | FrCT3.127, FrCT3.187 |
| Clinical engineering - I think this is a bit too gneric, but if it was ours to start with, then no worries | MoBT3.40, ThDT1.28 |
| Clinical engineering - Computer model-based assessments for regulatory submissions | MoBT3.26, MoBT3.30 |
| Clinical engineering - Device alarm, alert, and communication systems | MoBT3.31, MoBT3.57 |
| Clinical engineering - Device compliance with international standards (biocompatibility, electrical safety, packaging, sterilization) | MoBT3.70 |
| Clinical engineering - Device safety and efficacy evaluation (electrical safety, electromagnetic compatibility and immunity) | MoBT3.4, MoBT3.44, MoBT3.49, MoBT3.63, TuFT2.1 |
| Clinical engineering - Health technology / system management and assessment | MoBT3.22, MoBT3.28, MoBT3.50, MoBT3.53, MoBT3.55, ThDT3.45, TuFT2.1 |
| Clinical engineering -Verification and validation of diagnostic & therapeutic systems / technologies | MoBT3.15, MoBT3.22, MoBT3.26, MoBT3.41, MoBT3.43, MoBT3.50, MoBT3.60, MoBT3.64, MoBT3.70, MoBT3.72, MoBT3.78, ThDT2.40, ThDT2.44, ThDT3.29 |
| Clinical laboratory, assay and pathology technologies | FrDT7.1, MoBT3.25, MoBT3.64 |
| Clinical pharmacology | MoBT3.30 |
| Clinical robots | WeDT3.40, WeDT3.57 |
| Clinical translation challenges | TuAT1.1, WeDT4.13, WeDT4.18 |
| Cochlear implant | MoBT3.73 |
| Computational modeling - Analysis of high-throughput systems biology data | ThDT2.41, ThDT3.10, ThDT4.24, ThDT4.76, WeCT8.1, WeDT2.7, WeDT2.19, WeDT2.32, WeDT2.34, WeDT2.53, WeDT2.82 |
| Computational modeling - Biological networks | ThDT3.44, ThDT4.74, ThDT4.79, WeDT2.2, WeDT2.3, WeDT2.4, WeDT2.10, WeDT2.16, WeDT2.18, WeDT2.25, WeDT2.26, WeDT2.27, WeDT2.30, WeDT2.33, WeDT2.54, WeDT2.65, WeDT2.70, WeDT2.75, WeDT2.79, WeDT2.80, WeDT2.81 |
| Computational modeling - Proteomics | WeDT2.46 |
| Computational modeling - Structural bioinformatics | ThDT4.6, WeDT2.19 |
| Computer modeling for treatment planning | FrDT7.1, MoBT3.58, WeAT8.1 |
| Computer-assisted surgery | ThDT1.29, ThDT3.21, WeDT3.15, WeDT3.22, WeDT3.41, WeDT3.45, WeDT3.46, WeDT3.78, WeDT3.99 |
| Connectivity | MoBT1.27, MoBT1.52, MoBT1.74, MoBT1.90, MoBT1.95, MoBT1.105, MoBT1.107, MoBT1.111, MoBT1.124, MoBT1.141, MoBT1.168, MoBT1.170, MoBT1.187, MoBT1.195, MoBT1.204, MoBT1.216, MoBT1.237, ThDT2.74, ThDT3.19, WeCT7.1 |
| Coronary artery disease | FrCT1.9, ThGT7.1 |
| Coronary blood flow | ThGT7.1 |
| Coupling and synchronization - Coherence in biomedical signal processing | MoBT1.23, MoBT1.27, MoBT1.42, MoBT1.52, MoBT1.56, MoBT1.112, MoBT1.182, MoBT1.195, MoBT1.197, MoBT1.242, ThDT3.19 |
| Coupling and synchronization - Nonlinear coupling | MoBT1.17, MoBT1.51, MoBT1.137, MoBT1.182, MoBT1.187 |
| Coupling and synchronization - Nonlinear synchronization | MoBT1.182, MoBT1.201 |
| CT imaging | ThDT2.52, ThDT3.30, ThDT4.36, WeDT1.4, WeDT1.12, WeDT1.24, WeDT1.46, WeDT1.56, WeDT1.72, WeDT1.80, WeDT1.90, WeDT1.105, WeDT1.108, WeDT1.114, WeDT1.135, WeDT1.147, WeDT1.148, WeDT1.164, WeDT1.170, WeDT1.194, WeDT1.198, WeDT1.206, WeDT1.228, WeDT1.231, WeDT1.264, WeDT1.297, WeDT1.323, WeDT1.325 |
| CT imaging applications | ThDT2.52, ThDT4.66, ThDT4.69, WeDT1.2, WeDT1.56, WeDT1.73, WeDT1.75, WeDT1.84, WeDT1.85, WeDT1.86, WeDT1.87, WeDT1.148, WeDT1.167, WeDT1.194, WeDT1.199, WeDT1.216, WeDT1.226, WeDT1.236, WeDT1.250, WeDT1.253, WeDT1.286, WeDT1.312, WeDT1.318, WeDT1.325 |
| D | Top |
| Data mining and big data methods - Inter-subject variability and personalized approaches | MoBT1.32, MoBT1.38, MoBT1.40, MoBT1.82, MoBT1.198, MoBT1.210, MoBT1.211, MoBT1.218, MoBT1.229, MoBT1.234, MoBT1.238, MoBT1.239, MoBT1.264, MoBT1.267, ThDT4.10, ThDT4.68 |
| Data mining and big data methods - Biosignal classification | MoBT1.7, MoBT1.12, MoBT1.21, MoBT1.35, MoBT1.37, MoBT1.44, MoBT1.45, MoBT1.50, MoBT1.51, MoBT1.82, MoBT1.83, MoBT1.91, MoBT1.106, MoBT1.110, MoBT1.114, MoBT1.116, MoBT1.126, MoBT1.146, MoBT1.147, MoBT1.150, MoBT1.166, MoBT1.169, MoBT1.191, MoBT1.194, MoBT1.198, MoBT1.212, MoBT1.217, MoBT1.218, MoBT1.231, MoBT1.244, MoBT1.252, MoBT1.258, MoBT1.263, MoBT1.264, ThDT2.29, ThDT2.42, ThDT2.48, ThDT2.49, ThDT2.68 |
| Data mining and big data methods - Machine learning and deep learning methods | MoBT1.3, MoBT1.13, MoBT1.16, MoBT1.29, MoBT1.35, MoBT1.37, MoBT1.40, MoBT1.50, MoBT1.53, MoBT1.57, MoBT1.63, MoBT1.66, MoBT1.71, MoBT1.72, MoBT1.83, MoBT1.86, MoBT1.91, MoBT1.93, MoBT1.96, MoBT1.103, MoBT1.108, MoBT1.109, MoBT1.125, MoBT1.129, MoBT1.133, MoBT1.140, MoBT1.144, MoBT1.146, MoBT1.147, MoBT1.150, MoBT1.152, MoBT1.154, MoBT1.155, MoBT1.161, MoBT1.166, MoBT1.167, MoBT1.173, MoBT1.181, MoBT1.185, MoBT1.190, MoBT1.201, MoBT1.206, MoBT1.208, MoBT1.212, MoBT1.214, MoBT1.218, MoBT1.229, MoBT1.231, MoBT1.233, MoBT1.234, MoBT1.240, MoBT1.241, MoBT1.243, MoBT1.246, MoBT1.250, MoBT1.252, MoBT1.258, MoBT1.262, MoBT1.263, MoBT1.264, MoBT1.265, MoBT1.266, MoBT1.267, MoBT1.272, ThDT1.31, ThDT2.29, ThDT2.42, ThDT2.48, ThDT2.49, ThDT2.68, ThDT2.74, ThDT3.48, ThDT4.41, ThDT4.68, WeCT7.1 |
| Data mining and big data methods - Patient outcome and risk analysis | MoBT1.58, MoBT1.66, MoBT1.90 |
| Data mining and big data methods - Pattern recognition | MoBT1.26, MoBT1.27, MoBT1.35, MoBT1.66, MoBT1.82, MoBT1.88, MoBT1.91, MoBT1.116, MoBT1.128, MoBT1.140, MoBT1.169, MoBT1.191, MoBT1.192, MoBT1.213, MoBT1.231, MoBT1.252, MoBT1.266, ThDT4.46 |
| Data-driven modeling | ThDT4.79, WeCT8.1, WeDT2.7, WeDT2.10, WeDT2.21, WeDT2.37, WeDT2.49, WeDT2.57, WeDT2.61, WeDT2.68, WeDT2.73, WeDT2.75, WeDT2.76, WeDT2.79, WeDT2.82 |
| Deformable registration | WeDT1.8, WeDT1.95, WeDT1.199, WeDT1.205, WeDT1.223, WeDT1.245, WeDT1.256, WeDT1.285, WeDT1.307 |
| Design and development of robots for human-robot interaction | ThDT3.27, ThDT4.29, WeDT3.57, WeDT3.65, WeDT3.66, WeDT3.88, WeDT3.91 |
| Diagnostic devices - Physiological monitoring | MoBT3.1, MoBT3.9, MoBT3.10, MoBT3.20, MoBT3.23, MoBT3.25, MoBT3.29, MoBT3.31, MoBT3.35, MoBT3.38, MoBT3.40, MoBT3.41, MoBT3.59, MoBT3.69, MoBT3.78, ThDT1.28, ThDT3.26, ThDT3.29 |
| Directionality | MoBT1.6, MoBT1.80, MoBT1.141, MoBT1.170, MoBT1.174, MoBT1.237 |
| Drug Delivery Systems and Carriers | MoBT3.7, MoBT3.53, ThDT2.61, ThDT3.49, ThDT4.32 |
| Dynamics in musculoskeletal biomechanics | ThDT2.57, ThDT2.58, WeDT3.1, WeDT3.8, WeDT3.11, WeDT3.24, WeDT3.27, WeDT3.42, WeDT3.51, WeDT3.58, WeDT3.71, WeDT3.73, WeDT3.82, WeDT3.84, WeDT3.90 |
| E | Top |
| EEG imaging | WeDT1.21, WeDT1.51, WeDT1.177, WeDT1.284, WeDT1.354 |
| Electric fields - Tissue regeneration | ThAT7.1 |
| Electrical impedance imaging | WeDT1.65, WeDT1.261, WeDT1.270, WeDT1.321, WeDT1.348 |
| Electrical source brain imaging | WeDT1.21, WeDT1.284 |
| Electrical source imaging | WeDT1.1, WeDT1.54 |
| Electromagnetic field effects and cell membrane | MoBT2.13 |
| Empowering individual healthcare decisions through technology | MoAT6.1, WeDT4.2, WeDT4.4, WeDT4.6, WeDT4.10, WeDT4.20, WeDT4.21 |
| Exoskeleton applications | WeDT3.9, WeDT3.20, WeDT3.30, WeDT3.43, WeDT3.44, WeDT3.51, WeDT3.76, WeDT3.90, WeDT3.100, WeDT3.101 |
| F | Top |
| Fetal and Pediatric Imaging | ThDT2.20, ThDT4.31, WeDT1.33, WeDT1.38, WeDT1.99, WeDT1.101, WeDT1.117, WeDT1.125, WeDT1.136, WeDT1.187 |
| FNIR (functional near infra-red) spectroscopy and near-infrared scanning and assessment | MoBT3.10, MoBT3.11 |
| Formulation design, engineering and evaluation | ThDT3.32 |
| Functional image analysis | ThDT2.33, ThDT3.40, ThDT4.1, WeDT1.111, WeDT1.126, WeDT1.127, WeDT1.129, WeDT1.134, WeDT1.140, WeDT1.142, WeDT1.149, WeDT1.189, WeDT1.197, WeDT1.240, WeDT1.289, WeDT1.324, WeDT1.341 |
| G | Top |
| General and theoretical informatics - Algorithms | MoBT4.3, MoBT4.4, MoBT4.17, MoBT4.18, MoBT4.21, MoBT4.59, MoBT4.87, MoBT4.95, MoBT4.96, MoBT4.104, MoBT4.114, MoBT4.150 |
| General and theoretical informatics - Artificial Intelligence | MoBT4.12, MoBT4.14, MoBT4.16, MoBT4.31, MoBT4.38, MoBT4.56, MoBT4.84, MoBT4.85, MoBT4.98, MoBT4.107, MoBT4.109, MoBT4.110, MoBT4.117, MoBT4.140, MoBT4.149 |
| General and theoretical informatics - Big data analytics | MoAT5.1, MoBT4.8, MoBT4.88, MoBT4.98, MoBT4.158, MoBT4.161, MoBT4.181, MoBT4.187, MoET5.1 |
| General and theoretical informatics - Causality analysis and case-based reasoning | ThDT2.78 |
| General and theoretical informatics - Computational disease profiling | MoBT4.126, MoBT4.150 |
| General and theoretical informatics - Computational genotyping | MoBT4.176 |
| General and theoretical informatics - Computational phenotyping | MoBT4.156 |
| General and theoretical informatics - Data intelligence | MoBT4.1, MoBT4.14, MoBT4.56, MoBT4.66, ThET7.1 |
| General and theoretical informatics - Data mining | MoBT4.11, MoBT4.40, MoBT4.42, MoBT4.62, MoBT4.65, MoBT4.70, MoBT4.71, MoBT4.116, MoBT4.121, MoBT4.130, MoBT4.131, MoBT4.152, MoBT4.190, ThDT2.8, ThDT2.81, ThDT3.3 |
| General and theoretical informatics - Data privacy | MoBT4.84, MoBT4.125, MoBT4.129, MoBT4.184 |
| General and theoretical informatics - Data quality control | MoBT4.17, MoBT4.86, MoBT4.103, MoBT4.187 |
| General and theoretical informatics - Data standard | MoBT4.103, MoBT4.118, MoBT4.161, MoBT4.181 |
| General and theoretical informatics - Decision support systems | MoBT4.98, MoBT4.100, MoBT4.112, MoBT4.187, MoBT4.190, MoBT4.192 |
| General and theoretical informatics - Deep learning and big data to knowledge | MoBT4.32, MoBT4.34, MoBT4.38, MoBT4.50, MoBT4.52, MoBT4.62, MoBT4.72, MoBT4.73, MoBT4.78, MoBT4.82, MoBT4.83, MoBT4.97, MoBT4.99, MoBT4.124, MoBT4.133, MoBT4.144, MoBT4.147, ThDT2.78 |
| General and theoretical informatics - Graph-theoretical applications | MoBT4.41, MoBT4.43, MoBT4.68, MoBT4.91, MoBT4.93, MoBT4.116, MoBT4.126, MoBT4.154 |
| General and theoretical informatics - Knowledge modeling | MoBT4.69, MoBT4.118, MoBT4.143 |
| General and theoretical informatics - Machine learning | MoBT4.5, MoBT4.6, MoBT4.9, MoBT4.10, MoBT4.11, MoBT4.13, MoBT4.15, MoBT4.16, MoBT4.17, MoBT4.18, MoBT4.20, MoBT4.25, MoBT4.29, MoBT4.30, MoBT4.32, MoBT4.33, MoBT4.36, MoBT4.37, MoBT4.40, MoBT4.41, MoBT4.53, MoBT4.57, MoBT4.64, MoBT4.68, MoBT4.72, MoBT4.74, MoBT4.75, MoBT4.96, MoBT4.97, MoBT4.99, MoBT4.102, MoBT4.105, MoBT4.107, MoBT4.108, MoBT4.110, MoBT4.111, MoBT4.114, MoBT4.115, MoBT4.119, MoBT4.120, MoBT4.121, MoBT4.124, MoBT4.125, MoBT4.128, MoBT4.130, MoBT4.137, MoBT4.140, MoBT4.147, MoBT4.153, MoBT4.155, MoBT4.157, MoBT4.160, MoBT4.164, MoBT4.166, MoBT4.167, MoBT4.168, MoBT4.170, MoBT4.172, MoBT4.173, MoBT4.174, MoBT4.184, MoBT4.185, MoBT4.188, MoBT4.193, MoET5.1, ThDT1.3, ThDT1.4, ThDT2.8, ThDT2.51, ThDT2.66, ThDT2.78, ThDT2.81 |
| General and theoretical informatics - Natural language processing | MoBT4.1, MoBT4.55, MoBT4.79, MoBT4.88, MoBT4.115, MoBT4.153, MoBT4.156, MoBT4.157, MoBT4.173, MoBT4.176, MoBT4.192, ThDT2.8 |
| General and theoretical informatics - Ontology | MoBT4.6, MoBT4.118, MoBT4.156 |
| General and theoretical informatics - Pattern recognition | MoBT4.22, MoBT4.25, MoBT4.68, MoBT4.85, MoBT4.92, MoBT4.115, MoBT4.160 |
| General and theoretical informatics - Predictive analytics | MoBT4.37, MoBT4.114, MoBT4.124, MoBT4.129, MoBT4.148, MoBT4.155, MoBT4.160, MoBT4.162, MoBT4.166, MoBT4.167, MoBT4.168, MoBT4.174, ThDT2.66 |
| General and theoretical informatics - Security and authentication | MoBT4.94, MoBT4.99 |
| General and theoretical informatics - Statistical data analysis | MoBT4.67, MoBT4.69, MoBT4.70, MoBT4.71, MoBT4.111, MoBT4.112, MoBT4.149, MoBT4.152, MoBT4.177, MoBT4.178, ThDT2.60 |
| General and theoretical informatics - Supervised learning method | MoBT4.5, MoBT4.12, MoBT4.13, MoBT4.41, MoBT4.49, MoBT4.53, MoBT4.55, MoBT4.74, MoBT4.85, MoBT4.95, MoBT4.96, MoBT4.102, MoBT4.117, MoBT4.140, MoBT4.149, MoBT4.172, MoBT4.193, ThDT1.4 |
| General and theoretical informatics - Unsupervised learning method | MoBT4.48, MoBT4.72, MoBT4.86, MoBT4.131, MoBT4.158, MoBT4.188, ThDT1.3 |
| Global healthcare challenges | MoAT6.1, WeDT4.12, WeDT4.16, WeDT4.23, WeDT4.26 |
| Glucose remote monitoring devices and technologies | MoBT3.6, MoBT3.43, MoBT3.51, MoBT3.67 |
| H | Top |
| Haptic interfaces | ThDT1.25, ThDT4.29, WeDT3.4, WeDT3.63, WeDT3.65, WeDT3.66, WeDT3.91 |
| Hardware and control developments in rehabilitation robotics | WeDT3.10, WeDT3.16, WeDT3.60, WeDT3.61, WeDT3.88 |
| Health Informatics - Assessment of health information systems | MoBT4.86, ThDT3.11, ThET7.1 |
| Health Informatics - Behavioral health informatics | MoAT5.1, MoBT4.1, MoBT4.8, MoBT4.9, MoBT4.19, MoBT4.39, MoBT4.43, MoBT4.46, MoBT4.55, MoBT4.64, MoBT4.69, MoBT4.90, MoBT4.101, MoBT4.141, MoBT4.162, MoBT4.192, ThDT2.51, ThDT3.18, ThDT3.39 |
| Health Informatics - Clinical information systems | MoBT4.44, MoBT4.74, MoBT4.75, MoBT4.133, MoBT4.175, MoBT4.179, MoBT4.183, MoBT4.193, ThDT3.18 |
| Health Informatics - Computer games for healthcare | MoBT4.54 |
| Health Informatics - Computer-aided decision making | MoBT4.2, MoBT4.13, MoBT4.14, MoBT4.23, MoBT4.25, MoBT4.26, MoBT4.38, MoBT4.40, MoBT4.56, MoBT4.57, MoBT4.58, MoBT4.78, MoBT4.92, MoBT4.100, MoBT4.108, MoBT4.120, MoBT4.128, MoBT4.130, MoBT4.141, MoBT4.153, MoBT4.157, MoBT4.159, MoBT4.164, MoBT4.166, MoBT4.183 |
| Health Informatics - Coordinated care informatics | MoBT4.113, ThET7.1 |
| Health Informatics - Decision support methods and systems | MoBT4.49, MoBT4.53, MoBT4.54, MoBT4.75, MoBT4.89, MoBT4.91, MoBT4.102, MoBT4.108, MoBT4.121, MoBT4.133, MoBT4.148, MoBT4.159, MoBT4.162, MoBT4.167, MoBT4.169, MoBT4.171, MoBT4.183, ThDT1.4 |
| Health Informatics - Disease profiling and personalized treatment | MoBT4.150 |
| Health Informatics - eHealth | MoBT4.28, MoBT4.36, MoBT4.90, MoBT4.127, MoBT4.129, MoBT4.138, MoBT4.141, MoBT4.171, ThDT4.4 |
| Health Informatics - Electronic health records | MoBT4.6, MoBT4.12, MoBT4.88, MoBT4.123, MoBT4.127, ThDT1.27, ThDT3.11 |
| Health Informatics - Emerging IT for efficient/low-cost healthcare delivery | MoBT4.163, ThDT4.4 |
| Health Informatics - Health data acquisition, transmission, management and visualization | MoBT4.44, MoBT4.112, MoBT4.161, MoBT4.163, MoBT4.179, MoBT4.182, ThDT3.11, ThDT3.18 |
| Health Informatics - Health information systems | MoBT4.16, MoBT4.60, MoBT4.79, MoBT4.127, MoBT4.182, MoBT4.191 |
| Health Informatics - Health information systems and convergence of healthcare | MoBT4.163, ThDT4.4 |
| Health Informatics - Healthcare modeling and simulation | MoBT4.2, MoBT4.18, MoBT4.66, MoBT4.182, ThDT2.12 |
| Health Informatics - High-performance computing for healthcare | MoBT4.62 |
| Health Informatics - Human factors (ergonomics) in health information systems | ThDT1.24 |
| Health Informatics - Informatics for chronic disease management | MoBT4.31, MoBT4.78, MoBT4.158, MoBT4.169, MoBT4.174, MoBT4.189 |
| Health Informatics - Information technologies for healthcare delivery and management | MoBT4.48, MoBT4.50, MoBT4.52, MoBT4.101, MoBT4.138, ThDT2.16 |
| Health Informatics - Information technologies for the management of patient safety and clinical outcomes | MoBT4.28, MoBT4.109, MoBT4.113, MoBT4.137, ThDT4.23 |
| Health Informatics - internet of things in healthcare | MoBT4.33, MoBT4.61, MoBT4.83, MoBT4.122, MoBT4.175 |
| Health Informatics - Knowledge discovery and management | MoBT4.170 |
| Health Informatics - Mobile health | MoBT4.44, MoBT4.61, MoBT4.90, MoBT4.138, MoBT4.146, MoBT4.168, MoBT4.169, MoBT4.171, MoBT4.189, MoBT4.191, ThDT2.16, ThDT2.59, ThDT3.39, ThDT4.44 |
| Health Informatics - Outcome research | MoBT4.29, MoBT4.37, MoBT4.39, MoBT4.67, MoBT4.172 |
| Health Informatics - Patient tracking | MoBT4.146, MoBT4.185, ThDT1.27, ThDT2.16 |
| Health Informatics - Personal health records | MoBT4.125, ThDT1.27 |
| Health Informatics - Personal health systems | MoBT4.122, MoBT4.146, MoBT4.185 |
| Health Informatics - Personal/consumer health informatics | MoBT4.106 |
| Health Informatics - Pervasive health | MoBT4.46, MoBT4.189 |
| Health Informatics - Precision medicine | MoBT4.29, MoBT4.89, ThDT2.51 |
| Health Informatics - Preventive health | MoBT4.19, MoBT4.58, MoBT4.70, MoBT4.83, MoBT4.122, MoBT4.145, MoBT4.148, MoBT4.188, ThDT4.44 |
| Health Informatics - Quality of service, trust, security | MoBT4.84, MoBT4.94 |
| Health Informatics - Technology and services for home care and assistedl living | MoBT4.35, MoBT4.101, ThDT1.24 |
| Health Informatics - Telehealth | MoBT4.61, MoBT4.180 |
| Health Informatics - Telemedicine | MoBT4.31, MoBT4.45, MoBT4.60, MoBT4.144 |
| Health Informatics - Virtual reality in medicine | MoBT4.104, ThDT4.28 |
| Health monitoring applications | FrCT3.3, FrCT3.7, FrCT3.9, FrCT3.10, FrCT3.17, FrCT3.20, FrCT3.23, FrCT3.26, FrCT3.27, FrCT3.28, FrCT3.31, FrCT3.33, FrCT3.34, FrCT3.36, FrCT3.39, FrCT3.43, FrCT3.49, FrCT3.50, FrCT3.53, FrCT3.54, FrCT3.61, FrCT3.63, FrCT3.64, FrCT3.66, FrCT3.69, FrCT3.71, FrCT3.78, FrCT3.81, FrCT3.83, FrCT3.85, FrCT3.86, FrCT3.92, FrCT3.94, FrCT3.95, FrCT3.96, FrCT3.97, FrCT3.102, FrCT3.111, FrCT3.115, FrCT3.129, FrCT3.132, FrCT3.133, FrCT3.143, FrCT3.150, FrCT3.153, FrCT3.156, FrCT3.163, FrCT3.167, FrCT3.168, FrCT3.169, FrCT3.177, FrCT3.179, FrCT3.180, FrCT3.184, FrCT3.193, FrCT3.194, ThDT1.12, ThDT1.45, ThDT2.53, ThDT3.13, ThDT3.46, ThDT4.16, ThDT4.55, ThDT4.82 |
| High throughput data - Machine learning and deep learning | ThDT3.10, ThDT3.44, WeDT2.8, WeDT2.13, WeDT2.17, WeDT2.21, WeDT2.48, WeDT2.49 |
| High throughput data - Neural networks, support vector machine, and generative model | WeDT2.7, WeDT2.8, WeDT2.17, WeDT2.48, WeDT2.49, WeDT2.76 |
| High throughput data - Pattern recognition | WeDT2.13 |
| High throughput data - Proteomics data analysis | WeDT2.48 |
| Home robots | ThDT3.1, ThDT4.40 |
| Human machine interfaces and robotics applications | ThDT2.45, ThDT3.27, WeDT3.4, WeDT3.12, WeDT3.44, WeDT3.45, WeDT3.53, WeDT3.54, WeDT3.56, WeDT3.57, WeDT3.66, WeDT3.73, WeDT3.75, WeDT3.77 |
| Human performance | FrCT2.14, FrCT2.21, FrCT2.48, FrCT2.49, FrCT2.95, FrCT2.96, FrCT2.120, FrCT2.124, FrCT2.142, FrCT2.162, FrCT2.187, FrCT2.201, FrCT2.224, FrCT2.231, FrCT2.246, FrCT2.249, ThDT3.7, ThDT3.16, ThDT4.7 |
| Human performance - Activities of daily living | FrCT2.6, FrCT2.8, FrCT2.10, FrCT2.18, FrCT2.20, FrCT2.44, FrCT2.95, FrCT2.101, FrCT2.114, FrCT2.132, FrCT2.133, FrCT2.171, FrCT2.182, FrCT2.184, FrCT2.220, FrCT2.222, FrCT2.234, FrCT2.244, ThDT4.25 |
| Human performance - Attention and vigilance | FrCT2.5, FrCT2.27, FrCT2.57, FrCT2.60, FrCT2.63, FrCT2.70, FrCT2.114, FrCT2.118, FrCT2.124, FrCT2.212, FrCT2.228, ThDT3.16, ThDT4.20 |
| Human performance - Cognition | FrCT2.2, FrCT2.16, FrCT2.17, FrCT2.18, FrCT2.26, FrCT2.45, FrCT2.90, FrCT2.126, FrCT2.228, ThDT2.62, ThDT2.75, ThDT3.16, ThDT4.42, ThDT4.72 |
| Human performance - Driving | FrCT2.48, FrCT2.57 |
| Human performance - Drowsiness and microsleeps | FrCT2.143 |
| Human performance - Engineering | FrCT2.92, FrCT2.190, FrCT2.210, FrCT2.215, FrCT2.248, ThDT3.14 |
| Human performance - Ergonomics and human factors | FrCT2.2, FrCT2.21, FrCT2.34, FrCT2.35, FrCT2.114 |
| Human performance - Fatigue | FrCT2.21, FrCT2.34, FrCT2.64, FrCT2.166, FrCT2.187 |
| Human performance - Gait | FrCT2.6, FrCT2.20, FrCT2.35, FrCT2.66, FrCT2.79, FrCT2.80, FrCT2.125, FrCT2.139, FrCT2.151, FrCT2.161, FrCT2.177, FrCT2.243 |
| Human performance - Modelling and prediction | FrCT2.6, FrCT2.8, FrCT2.23, FrCT2.57, FrCT2.61, FrCT2.66, FrCT2.106, FrCT2.112, FrCT2.137, FrCT2.151, FrCT2.155, FrCT2.179 |
| Human performance - Sensory-motor | FrCT2.47, FrCT2.48, FrCT2.94, FrCT2.132, FrCT2.145, FrCT2.215, FrCT2.234, ThDT4.78 |
| Human performance - Sleep | FrCT2.59, FrCT2.107, FrCT2.179 |
| Human performance - Speech | ThDT4.72 |
| Human performance - Vestibular functions | FrCT2.94 |
| Humanoid robotics | WeDT3.59 |
| I | Top |
| Image analysis and classification - Digital Pathology | ThDT4.21, WeDT1.20, WeDT1.26, WeDT1.35, WeDT1.62, WeDT1.66, WeDT1.92, WeDT1.113, WeDT1.151, WeDT1.167, WeDT1.174, WeDT1.176, WeDT1.188, WeDT1.214, WeDT1.217, WeDT1.218, WeDT1.238, WeDT1.243, WeDT1.269, WeDT1.281, WeDT1.290, WeDT1.309, WeDT1.328, WeDT1.340 |
| Image analysis and classification - Machine learning / Deep learning approaches | MoCT6.1, ThDT1.14, ThDT1.16, ThDT1.19, ThDT2.23, ThDT2.30, ThDT3.40, ThDT4.31, WeDT1.2, WeDT1.3, WeDT1.5, WeDT1.6, WeDT1.7, WeDT1.15, WeDT1.16, WeDT1.17, WeDT1.19, WeDT1.20, WeDT1.23, WeDT1.26, WeDT1.36, WeDT1.40, WeDT1.41, WeDT1.44, WeDT1.45, WeDT1.47, WeDT1.48, WeDT1.49, WeDT1.50, WeDT1.51, WeDT1.52, WeDT1.53, WeDT1.54, WeDT1.62, WeDT1.70, WeDT1.72, WeDT1.75, WeDT1.77, WeDT1.78, WeDT1.82, WeDT1.88, WeDT1.90, WeDT1.92, WeDT1.96, WeDT1.98, WeDT1.100, WeDT1.103, WeDT1.105, WeDT1.113, WeDT1.115, WeDT1.131, WeDT1.138, WeDT1.150, WeDT1.152, WeDT1.153, WeDT1.155, WeDT1.160, WeDT1.163, WeDT1.167, WeDT1.172, WeDT1.173, WeDT1.174, WeDT1.175, WeDT1.176, WeDT1.178, WeDT1.179, WeDT1.182, WeDT1.183, WeDT1.185, WeDT1.188, WeDT1.194, WeDT1.195, WeDT1.198, WeDT1.200, WeDT1.201, WeDT1.207, WeDT1.213, WeDT1.216, WeDT1.218, WeDT1.219, WeDT1.220, WeDT1.221, WeDT1.222, WeDT1.229, WeDT1.230, WeDT1.237, WeDT1.238, WeDT1.243, WeDT1.244, WeDT1.247, WeDT1.250, WeDT1.253, WeDT1.266, WeDT1.267, WeDT1.269, WeDT1.273, WeDT1.275, WeDT1.276, WeDT1.279, WeDT1.286, WeDT1.291, WeDT1.295, WeDT1.296, WeDT1.299, WeDT1.303, WeDT1.306, WeDT1.308, WeDT1.309, WeDT1.310, WeDT1.313, WeDT1.315, WeDT1.320, WeDT1.322, WeDT1.324, WeDT1.328, WeDT1.333, WeDT1.340, WeDT1.342, WeDT1.343, WeDT1.349 |
| Image classification | ThDT1.44, WeDT1.5, WeDT1.6, WeDT1.10, WeDT1.15, WeDT1.23, WeDT1.34, WeDT1.36, WeDT1.45, WeDT1.47, WeDT1.49, WeDT1.51, WeDT1.52, WeDT1.53, WeDT1.66, WeDT1.70, WeDT1.82, WeDT1.90, WeDT1.113, WeDT1.115, WeDT1.119, WeDT1.147, WeDT1.151, WeDT1.152, WeDT1.175, WeDT1.176, WeDT1.177, WeDT1.178, WeDT1.179, WeDT1.182, WeDT1.188, WeDT1.195, WeDT1.201, WeDT1.218, WeDT1.219, WeDT1.221, WeDT1.229, WeDT1.230, WeDT1.269, WeDT1.279, WeDT1.280, WeDT1.290, WeDT1.300, WeDT1.310, WeDT1.319, WeDT1.326, WeDT1.333, WeDT1.342, WeDT1.357 |
| Image compression | WeDT1.209 |
| Image enhancement | ThDT2.70, ThDT2.71, ThDT4.61, ThDT4.81, WeDT1.37, WeDT1.112, WeDT1.259 |
| Image enhancement - Denoising | ThDT4.37, ThDT4.80, WeDT1.24, WeDT1.60, WeDT1.108, WeDT1.127, WeDT1.129, WeDT1.193, WeDT1.206, WeDT1.212, WeDT1.226, WeDT1.254, WeDT1.258, WeDT1.287 |
| Image feature extraction | ThDT1.10, ThDT1.19, ThDT2.30, ThDT2.32, ThDT4.5, ThDT4.31, ThDT4.62, ThDT4.66, WeDT1.5, WeDT1.6, WeDT1.17, WeDT1.19, WeDT1.20, WeDT1.23, WeDT1.34, WeDT1.39, WeDT1.44, WeDT1.45, WeDT1.53, WeDT1.72, WeDT1.73, WeDT1.79, WeDT1.103, WeDT1.104, WeDT1.111, WeDT1.119, WeDT1.122, WeDT1.135, WeDT1.138, WeDT1.140, WeDT1.143, WeDT1.164, WeDT1.168, WeDT1.172, WeDT1.173, WeDT1.175, WeDT1.182, WeDT1.185, WeDT1.186, WeDT1.195, WeDT1.203, WeDT1.213, WeDT1.216, WeDT1.220, WeDT1.221, WeDT1.229, WeDT1.230, WeDT1.235, WeDT1.238, WeDT1.243, WeDT1.246, WeDT1.250, WeDT1.253, WeDT1.255, WeDT1.267, WeDT1.275, WeDT1.276, WeDT1.303, WeDT1.322, WeDT1.326, WeDT1.336, WeDT1.342, WeDT1.357 |
| Image guided surgery | WeDT3.46, WeDT3.78 |
| Image reconstruction - Fast algorithms | WeDT1.29, WeDT1.74, WeDT1.339 |
| Image reconstruction - Performance evaluation | WeDT1.65, WeDT1.132, WeDT1.259, WeDT1.261, WeDT1.330, WeDT1.331 |
| Image reconstruction and enhancement - Compressed sensing / Sampling | WeDT1.107, WeDT1.121, WeDT1.192, WeDT1.239, WeDT1.274 |
| Image reconstruction and enhancement - Filtering | ThDT2.70, WeDT1.11 |
| Image reconstruction and enhancement - Image synthesis | WeDT1.1, WeDT1.58, WeDT1.196, WeDT1.214, WeDT1.251, WeDT1.262, WeDT1.338, WeDT1.339 |
| Image reconstruction and enhancement - Machine learning / Deep learning approaches | ThDT2.9, ThDT2.82, ThDT4.36, ThDT4.54, ThDT4.61, WeDT1.1, WeDT1.24, WeDT1.29, WeDT1.42, WeDT1.58, WeDT1.60, WeDT1.71, WeDT1.74, WeDT1.87, WeDT1.94, WeDT1.108, WeDT1.109, WeDT1.112, WeDT1.121, WeDT1.130, WeDT1.165, WeDT1.193, WeDT1.214, WeDT1.225, WeDT1.227, WeDT1.239, WeDT1.248, WeDT1.262, WeDT1.271, WeDT1.274, WeDT1.278, WeDT1.279, WeDT1.306, WeDT1.329 |
| Image reconstruction and enhancement - Parametric image reconstruction | ThDT1.40, WeDT1.30 |
| Image reconstruction and enhancement - Tomographic reconstruction | ThDT2.82, ThDT4.17, ThDT4.36, WeDT1.65, WeDT1.118, WeDT1.121, WeDT1.132, WeDT1.211, WeDT1.242, WeDT1.263, WeDT1.270, WeDT1.329 |
| Image registration, segmentation, compression and visualization - Volume rendering | ThDT4.67, WeDT1.13, WeDT1.14, WeDT1.64, WeDT1.73, WeDT1.84, WeDT1.97, WeDT1.128, WeDT1.145, WeDT1.147, WeDT1.155, WeDT1.245, WeDT1.256, WeDT1.305, WeDT1.337 |
| Image retrieval | WeDT1.203, WeDT1.241 |
| Image segmentation | ThDT1.10, ThDT2.39, ThDT4.65, ThDT4.69, WeDT1.4, WeDT1.9, WeDT1.11, WeDT1.12, WeDT1.14, WeDT1.22, WeDT1.25, WeDT1.26, WeDT1.31, WeDT1.32, WeDT1.35, WeDT1.36, WeDT1.39, WeDT1.42, WeDT1.43, WeDT1.50, WeDT1.56, WeDT1.57, WeDT1.59, WeDT1.63, WeDT1.79, WeDT1.81, WeDT1.85, WeDT1.86, WeDT1.93, WeDT1.100, WeDT1.101, WeDT1.102, WeDT1.104, WeDT1.106, WeDT1.110, WeDT1.114, WeDT1.116, WeDT1.118, WeDT1.120, WeDT1.122, WeDT1.123, WeDT1.124, WeDT1.141, WeDT1.144, WeDT1.148, WeDT1.157, WeDT1.161, WeDT1.169, WeDT1.170, WeDT1.174, WeDT1.180, WeDT1.184, WeDT1.190, WeDT1.199, WeDT1.210, WeDT1.215, WeDT1.224, WeDT1.228, WeDT1.231, WeDT1.234, WeDT1.236, WeDT1.254, WeDT1.257, WeDT1.260, WeDT1.264, WeDT1.265, WeDT1.266, WeDT1.281, WeDT1.293, WeDT1.297, WeDT1.312, WeDT1.314, WeDT1.317, WeDT1.318, WeDT1.323, WeDT1.335, WeDT1.336, WeDT1.344, WeDT1.356 |
| Image visualization | ThDT1.10, ThDT2.26, WeDT1.54, WeDT1.55, WeDT1.83, WeDT1.168, WeDT1.189, WeDT1.227, WeDT1.282 |
| Image-guided therapies - Biopsy systems & technologies | MoBT3.47 |
| Image-guided therapies - Electroporation | MoBT3.48 |
| Image-guided therapies - HIFU (high intensity focused ultrasound) | MoBT3.42 |
| Image-guided therapies - Interventional MRI technologies / systems | MoBT3.13, MoBT3.48, MoBT3.61, MoBT3.62 |
| Image-guided therapies - MRI-compatible instrumentation and device management | MoBT3.39, MoBT3.44, MoBT3.61 |
| Image-guided therapies - RF and microwave ablation | MoBT3.39 |
| Imaging Informatics - 3D visualization | MoBT4.66, MoBT4.104, MoBT4.179 |
| Imaging Informatics - Augmented reality | MoBT4.139 |
| Imaging Informatics - Biomedical imaging marker extraction | MoBT4.11, MoBT4.47, MoBT4.132, MoBT4.135 |
| Imaging Informatics - Computational pathology | MoBT4.27, MoBT4.120 |
| Imaging Informatics - Genomic image informatics | MoBT4.27, MoBT4.80, MoBT4.135 |
| Imaging Informatics - High throughput image analysis and visualization | MoBT4.52 |
| Imaging Informatics - Histopathological imaging informatics | MoBT4.27, MoBT4.73, MoBT4.81, MoBT4.173 |
| Imaging Informatics - Hyperspectral imaging analysis and informatics | MoBT4.81, MoBT4.151 |
| Imaging Informatics - Image analysis, processing and classification | MoBT4.7, MoBT4.10, MoBT4.30, MoBT4.34, MoBT4.47, MoBT4.50, MoBT4.57, MoBT4.63, MoBT4.77, MoBT4.81, MoBT4.92, MoBT4.105, MoBT4.107, MoBT4.117, MoBT4.132, MoBT4.147, MoBT4.151, MoBT4.180, MoBT4.184, MoET5.1 |
| Imaging Informatics - Image registration, segmentation, and compression | MoBT4.30, MoBT4.73 |
| Imaging Informatics - Medical image databases | MoBT4.103 |
| Imaging Informatics - PACS (Picture Archiving and Communication Systems) | MoBT4.45 |
| Imaging Informatics - Radiomics | MoBT4.49, MoBT4.126 |
| Imaging Informatics - Teleradiology | MoBT4.45 |
| Implantable devices for cardiac monitoring | MoBT3.68 |
| Implantable prosthetic devices | FrCT3.106 |
| Implantable sensors | FrCT3.41, FrCT3.91, FrCT3.149, FrCT3.171, FrCT3.173, FrCT3.183, ThDT3.31, ThDT4.53 |
| Implantable systems | FrCT3.29, FrCT3.59, FrCT3.65, FrCT3.84, FrCT3.89, FrCT3.104, FrCT3.106, FrCT3.113, FrCT3.149, FrCT3.152, FrCT3.170, FrCT3.176, FrCT3.183, FrCT3.185 |
| Implantable technologies | FrCT3.29, FrCT3.104, FrCT3.106, FrCT3.113, FrCT3.118, FrCT3.170, FrCT3.183, ThDT4.27 |
| Independent component analysis | MoBT1.76, MoBT1.113, MoBT1.117, MoBT1.135, MoBT1.145, MoBT1.240, ThDT2.36, ThDT4.43 |
| Information communication and networking - Data communication, security and privacy | WeDT4.5, WeDT4.28 |
| Information communication and networking - e-Health | WeDT4.11 |
| Information communication and networking - Wireless | TuAT1.1 |
| Infra-red imaging | ThDT4.56, WeDT1.55 |
| Infusion pumps | MoBT3.7, MoBT3.51, MoBT3.57 |
| Instruction and learning | FrCT4.3, FrCT4.7, ThDT1.2, ThDT1.41, TuAT2.1 |
| Integrated sensor systems | FrCT3.9, FrCT3.48, FrCT3.52, FrCT3.73, FrCT3.74, FrCT3.81, FrCT3.85, FrCT3.88, FrCT3.115, FrCT3.132, FrCT3.135, FrCT3.149, FrCT3.161, FrCT3.176, FrCT3.187, FrCT3.190, ThDT2.14, ThDT2.18, ThDT3.33, ThDT4.16 |
| Interventional oncology systems | MoBT3.60, MoBT3.66, MoBT3.71 |
| IoT sensors for health monitoring | FrCT3.10, FrCT3.15, FrCT3.17, FrCT3.23, FrCT3.26, FrCT3.36, FrCT3.39, FrCT3.51, FrCT3.57, FrCT3.66, FrCT3.71, FrCT3.72, FrCT3.78, FrCT3.94, FrCT3.98, FrCT3.115, FrCT3.120, FrCT3.130, FrCT3.139, FrCT3.154, FrCT3.184, FrCT3.192, ThDT1.17, ThDT2.14 |
| IT in Pharmaceutical R&D | MoBT3.28 |
| Iterative image reconstruction | ThDT1.40, ThDT4.54, WeDT1.94, WeDT1.109, WeDT1.130, WeDT1.192, WeDT1.211, WeDT1.226, WeDT1.301 |
| J | Top |
| Joint biomechanics | ThDT2.57, ThDT2.58, WeDT3.24, WeDT3.27, WeDT3.29, WeDT3.67, WeDT3.79, WeDT3.81, WeDT3.82, WeDT3.90, WeDT3.92 |
| K | Top |
| Kalman filtering | MoBT1.176, MoBT1.177, MoBT1.219, MoBT1.245, MoBT1.247, ThDT1.23 |
| M | Top |
| Machine learning / Deep learning approaches | ThDT2.30, ThDT2.39, ThDT4.21, ThDT4.34, ThDT4.61, ThDT4.62, ThDT4.65, ThDT4.66, ThDT4.67, WeDT1.4, WeDT1.8, WeDT1.9, WeDT1.10, WeDT1.12, WeDT1.22, WeDT1.25, WeDT1.28, WeDT1.31, WeDT1.32, WeDT1.35, WeDT1.42, WeDT1.43, WeDT1.47, WeDT1.48, WeDT1.50, WeDT1.57, WeDT1.60, WeDT1.62, WeDT1.63, WeDT1.67, WeDT1.75, WeDT1.80, WeDT1.81, WeDT1.84, WeDT1.85, WeDT1.93, WeDT1.95, WeDT1.99, WeDT1.100, WeDT1.101, WeDT1.102, WeDT1.104, WeDT1.106, WeDT1.110, WeDT1.112, WeDT1.114, WeDT1.116, WeDT1.117, WeDT1.118, WeDT1.120, WeDT1.122, WeDT1.123, WeDT1.135, WeDT1.138, WeDT1.141, WeDT1.143, WeDT1.144, WeDT1.145, WeDT1.151, WeDT1.157, WeDT1.161, WeDT1.164, WeDT1.169, WeDT1.173, WeDT1.177, WeDT1.180, WeDT1.184, WeDT1.190, WeDT1.196, WeDT1.200, WeDT1.203, WeDT1.205, WeDT1.206, WeDT1.210, WeDT1.212, WeDT1.213, WeDT1.215, WeDT1.223, WeDT1.224, WeDT1.228, WeDT1.231, WeDT1.233, WeDT1.236, WeDT1.251, WeDT1.264, WeDT1.265, WeDT1.272, WeDT1.280, WeDT1.281, WeDT1.282, WeDT1.288, WeDT1.290, WeDT1.297, WeDT1.298, WeDT1.300, WeDT1.305, WeDT1.306, WeDT1.312, WeDT1.314, WeDT1.317, WeDT1.318, WeDT1.319, WeDT1.320, WeDT1.322, WeDT1.325, WeDT1.338, WeDT1.344, WeDT1.347, WeDT1.350, WeDT1.351, WeDT1.353 |
| Magnetic resonance imaging - Cardiac imaging | WeDT1.157, WeDT1.180, WeDT1.190, WeDT1.217, WeDT1.224, WeDT1.285, WeDT1.334, WeDT1.343, WeDT1.345, WeDT1.349, WeDT1.350 |
| Magnetic resonance imaging - Diffusion tensor, diffusion weighted and diffusion spectrum imaging | ThDT2.20, WeDT1.18, WeDT1.40, WeDT1.78, WeDT1.204, WeDT1.252, WeDT1.277, WeDT1.292, WeDT1.293, WeDT1.294, WeDT1.301, WeDT1.311, WeDT1.338 |
| Magnetic resonance imaging - Dynamic contrast-enhanced MRI | WeDT1.131, WeDT1.169, WeDT1.240 |
| Magnetic resonance imaging - MR angiographic imaging | WeDT1.314 |
| Magnetic resonance imaging - MR neuroimaging | MoCT6.1, ThDT2.64, ThDT3.40, ThDT4.37, WeDT1.13, WeDT1.18, WeDT1.41, WeDT1.67, WeDT1.89, WeDT1.98, WeDT1.125, WeDT1.126, WeDT1.134, WeDT1.142, WeDT1.149, WeDT1.154, WeDT1.159, WeDT1.160, WeDT1.163, WeDT1.181, WeDT1.189, WeDT1.207, WeDT1.223, WeDT1.234, WeDT1.235, WeDT1.237, WeDT1.247, WeDT1.252, WeDT1.255, WeDT1.257, WeDT1.271, WeDT1.278, WeDT1.287, WeDT1.292, WeDT1.298, WeDT1.299, WeDT1.301, WeDT1.311, WeDT1.316, WeDT1.320, WeDT1.341, WeDT1.346, WeDT1.348, WeDT1.354, WeDT1.356 |
| Magnetic resonance imaging - MR spectroscopy | WeDT1.71, WeDT1.107 |
| Magnetic resonance imaging - MRI RF coil technology | ThDT4.77, WeDT1.171, WeDT1.187, WeDT1.355 |
| Magnetic resonance imaging - Other organs | WeDT1.106, WeDT1.184, WeDT1.185, WeDT1.204, WeDT1.240, WeDT1.251, WeDT1.268, WeDT1.317, WeDT1.344 |
| Magnetic resonance imaging - Parallel MRI | WeDT1.29, WeDT1.109, WeDT1.165, WeDT1.171, WeDT1.192, WeDT1.239, WeDT1.278 |
| Magnetic resonance imaging - Perinatal | WeDT1.38 |
| Magnetic resonance imaging - Pulse sequence | ThDT1.40, WeDT1.196, WeDT1.348 |
| Mechanical sensors and systems | FrCT3.4, FrCT3.12, FrCT3.28, FrCT3.35, FrCT3.88, FrCT3.98, FrCT3.134, FrCT3.158, FrCT3.174, FrCT3.175, FrCT3.178 |
| Mechanics of locomotion and balance | ThDT1.7, ThDT2.17, WeDT3.11, WeDT3.19, WeDT3.32, WeDT3.42, WeDT3.49, WeDT3.51, WeDT3.64, WeDT3.68, WeDT3.69, WeDT3.70, WeDT3.79, WeDT3.82, WeDT3.84 |
| Medical devices interfacing with the brain or nerves | MoBT3.11, MoBT3.13, MoBT3.37, MoBT3.53, MoBT3.60, MoBT3.65 |
| Medical technology - Clinical testing/clinical trials | WeDT4.13 |
| Medical technology - Clinical trials | WeDT4.11 |
| Medical technology - Clinical workflow analysis | WeDT4.17 |
| Medical technology - Design and development | ThDT1.43, ThDT2.1, ThDT4.22, WeDT4.3, WeDT4.4, WeDT4.12, WeDT4.13, WeDT4.14, WeDT4.15, WeDT4.16, WeDT4.17, WeDT4.19, WeDT4.22, WeDT4.24 |
| Medical technology - Design controls | ThDT4.22 |
| Medical technology - Entrepreneurship and commercialization | MoAT6.1, WeDT4.3, WeDT4.15 |
| Medical technology - Human factors | WeDT4.1, WeDT4.25, WeDT4.27 |
| Medical technology - Innovation | MoET6.1, ThDT2.1, ThDT4.22, TuAT1.1, WeDT4.3, WeDT4.4, WeDT4.15, WeDT4.19, WeDT4.22, WeDT4.25, WeDT4.27 |
| Medical technology - Product development process | ThDT1.43, WeDT4.14, WeDT4.19, WeDT4.25, WeDT4.27 |
| Medical technology - Safety | MoET6.1, ThDT1.43, WeDT4.7, WeDT4.8, WeDT4.9, WeDT4.14, WeDT4.18 |
| Medical technology - Simulation, learning and training | WeDT4.16, WeDT4.17, WeDT4.18, WeDT4.21, WeDT4.22 |
| Micro- and nano-sensors | MoBT2.8, MoBT2.9, MoBT2.14 |
| Micro- and nano-technology | MoBT2.2, MoBT2.7, MoBT2.9, ThDT2.63, ThDT3.47 |
| Micro-CT imaging | WeDT1.132 |
| Microfluidic applications | MoBT2.5, MoBT2.8, MoBT2.11, MoBT2.13, MoBT2.17, ThDT2.13 |
| Microfluidic techniques, methods and systems | MoBT2.1, MoBT2.5, MoBT2.17, ThDT1.39, ThDT2.13 |
| Model building - Algorithms and techniques for systems modeling | ThDT3.10, ThDT4.74, ThDT4.79, WeDT2.10, WeDT2.11, WeDT2.28, WeDT2.31, WeDT2.37, WeDT2.41, WeDT2.43, WeDT2.44, WeDT2.47, WeDT2.52, WeDT2.61, WeDT2.63, WeDT2.66, WeDT2.68, WeDT2.69, WeDT2.78 |
| Model building - Parameter estimation | WeDT2.20, WeDT2.22, WeDT2.40, WeDT2.41, WeDT2.47, WeDT2.54, WeDT2.56, WeDT2.59, WeDT2.60, WeDT2.61, WeDT2.62, WeDT2.67, WeDT2.78 |
| Model building - Sensitivity analysis | ThDT4.24, ThDT4.74, WeDT2.16, WeDT2.25, WeDT2.29, WeDT2.46, WeDT2.60, WeDT2.66, WeDT2.71 |
| Model building - Signal and pattern recognition | WeDT2.11, WeDT2.20, WeDT2.21, WeDT2.25, WeDT2.68, WeDT2.74 |
| Modeling and analysis | FrCT3.5, FrCT3.10, FrCT3.18, FrCT3.19, FrCT3.26, FrCT3.32, FrCT3.40, FrCT3.46, FrCT3.56, FrCT3.57, FrCT3.62, FrCT3.64, FrCT3.67, FrCT3.68, FrCT3.82, FrCT3.88, FrCT3.92, FrCT3.96, FrCT3.99, FrCT3.128, FrCT3.136, FrCT3.145, FrCT3.150, FrCT3.172, FrCT3.177, FrCT3.179, FrCT3.180, FrCT3.185, FrCT3.189, FrCT3.190, FrCT3.192, MoDT5.1, ThDT1.17, ThDT1.26, ThDT2.18, ThDT2.76, ThDT3.23, ThDT3.33, ThDT4.49, TuDT2.1 |
| Modeling and identification of neural control using robotics | ThDT2.17 |
| Modeling and simulation in biomechanics - Orthotics and Exoskeletons | WeDT3.20, WeDT3.43, WeDT3.81, WeDT3.95 |
| Modeling and simulation in musculoskeletal biomechanics | ThDT2.57, ThDT2.58, WeDT3.3, WeDT3.8, WeDT3.11, WeDT3.21, WeDT3.24, WeDT3.27, WeDT3.29, WeDT3.42, WeDT3.44, WeDT3.49, WeDT3.58, WeDT3.69, WeDT3.70, WeDT3.71, WeDT3.74, WeDT3.81, WeDT3.92 |
| Modeling of cell, tissue, and regenerative medicine - 2d and 3d cell modeling | WeDT2.5, WeDT2.26 |
| Modeling of cell, tissue, and regenerative medicine - Agent-based modeling | WeDT2.55 |
| Modeling of cell, tissue, and regenerative medicine - Cells | WeDT2.80 |
| Modeling of cell, tissue, and regenerative medicine - Ionic modeling | WeDT2.26, WeDT2.63, WeDT2.64 |
| Modeling of cell, tissue, and regenerative medicine - Mass transfer | WeDT2.50 |
| Modeling of cell, tissue, and regenerative medicine - PK/PD | WeDT2.22, WeDT2.23, WeDT2.55, WeDT2.83 |
| Modeling of cell, tissue, and regenerative medicine - Wound healing | WeDT2.77 |
| Models and simulations of therapeutic devices and systems | MoBT3.30, MoBT3.56, MoBT3.57, MoBT3.58, MoBT3.67, MoBT3.71, MoBT3.74, MoBT3.77, ThDT3.32, ThDT3.49, ThDT4.2, WeAT8.1 |
| Models of medical devices | ThDT1.33, ThDT1.42, ThDT4.76, WeDT2.1, WeDT2.11, WeDT2.14, WeDT2.19, WeDT2.33, WeDT2.35, WeDT2.36, WeDT2.39, WeDT2.40, WeDT2.43, WeDT2.44, WeDT2.46, WeDT2.52, WeDT2.56, WeDT2.65, WeDT2.72, WeDT2.79 |
| Models of organ physiology | WeDT2.24, WeDT2.31, WeDT2.34, WeDT2.38, WeDT2.50 |
| Models of organs and medical devices - Inverse problems in biology | ThDT1.42, ThDT4.76, WeDT2.2, WeDT2.13, WeDT2.35, WeDT2.36, WeDT2.38, WeDT2.40, WeDT2.58, WeDT2.59, WeDT2.76 |
| Motion cancellation in surgical robotics | WeDT3.15, WeDT3.65 |
| Motor learning, neural control, and neuromuscular systems | FrCT2.91, FrCT2.121, FrCT2.148, FrCT2.172, FrCT2.176, FrCT2.178, FrCT2.185, FrCT2.188, FrCT2.197, FrCT2.206, FrCT2.216, FrCT2.232, FrCT2.238, ThDT2.65, ThDT3.38 |
| Motor neuroprostheses | FrCT2.41, FrCT2.62, FrCT2.68, FrCT2.116, FrCT2.136, FrCT2.182, FrCT2.214, ThDT1.18 |
| Motor neuroprostheses - Neuromuscular stimulation | FrCT2.10, FrCT2.52, FrCT2.64, FrCT2.152, FrCT2.166, FrCT2.167, FrCT2.203 |
| Motor neuroprostheses - Prostheses | FrCT2.42, FrCT2.62, FrCT2.116, FrCT2.128, FrCT2.130, FrCT2.134, FrCT2.136, FrCT2.160, FrCT2.163, FrCT2.182, FrCT2.183, FrCT2.195, FrCT2.206, FrCT2.208, FrCT2.244, ThDT4.59 |
| Motor neuroprostheses - Robotics | FrCT2.62, FrCT2.136, FrCT2.167, FrCT2.239, FrCT2.244, ThDT1.5 |
| MR molecular imaging | WeDT1.107 |
| Multimodal image fusion | ThDT2.71, WeDT1.19, WeDT1.21, WeDT1.67, WeDT1.95, WeDT1.160, WeDT1.222, WeDT1.247, WeDT1.307, WeDT1.316, WeDT1.351 |
| Multimodal imaging | ThDT1.14, WeDT1.64, WeDT1.202, WeDT1.208, WeDT1.337, WeDT1.354 |
| Multiscale biomechanics | WeDT3.29 |
| Multiscale image analysis | WeDT1.2, WeDT1.277 |
| Multivariate image analysis | ThDT2.32, ThDT2.33, WeDT1.119, WeDT1.158, WeDT1.219, WeDT1.287 |
| Multivariate methods | MoBT1.6, MoBT1.26, MoBT1.42, MoBT1.65, MoBT1.111, MoBT1.124, MoBT1.125, MoBT1.153, MoBT1.174, ThDT4.68 |
| N | Top |
| Nano-bio technology design | MoBT2.17 |
| Neural control of movement and robotics applications | WeDT3.71 |
| Neural interfaces - Bioelectric sensors | FrCT2.1, FrCT2.68, FrCT2.131, FrCT2.198, FrCT2.245, ThDT4.38 |
| Neural interfaces - Biomaterials | FrCT2.46, FrCT2.158, FrCT2.217, FrCT2.223, FrCT2.225 |
| Neural interfaces - Body interfaces | FrCT2.175 |
| Neural interfaces - Implantable systems | FrCT2.15, FrCT2.19, FrCT2.24, FrCT2.46, FrCT2.113, FrCT2.115, FrCT2.117, FrCT2.128, FrCT2.168, FrCT2.175, FrCT2.203, ThDT2.5, ThDT2.31, ThDT2.72, ThDT3.37, ThDT4.12 |
| Neural interfaces - Microelectrode technology | FrCT2.46, FrCT2.158, FrCT2.175, FrCT2.217, FrCT2.223, ThDT2.5, ThDT3.37, ThDT4.38 |
| Neural interfaces - Neuromorphic engineering | FrCT2.42, FrCT2.100, FrCT2.237 |
| Neural interfaces - Tissue-electrode interface | FrCT2.25, FrCT2.93, FrCT2.131, FrCT2.140, FrCT2.169, FrCT2.225 |
| Neural networks and support vector machines in biosignal processing and classification | MoBT1.3, MoBT1.10, MoBT1.13, MoBT1.15, MoBT1.19, MoBT1.21, MoBT1.29, MoBT1.33, MoBT1.47, MoBT1.49, MoBT1.51, MoBT1.53, MoBT1.58, MoBT1.59, MoBT1.67, MoBT1.72, MoBT1.75, MoBT1.77, MoBT1.81, MoBT1.86, MoBT1.88, MoBT1.94, MoBT1.96, MoBT1.98, MoBT1.99, MoBT1.103, MoBT1.104, MoBT1.106, MoBT1.108, MoBT1.109, MoBT1.118, MoBT1.122, MoBT1.123, MoBT1.127, MoBT1.129, MoBT1.132, MoBT1.133, MoBT1.137, MoBT1.138, MoBT1.140, MoBT1.143, MoBT1.147, MoBT1.148, MoBT1.152, MoBT1.156, MoBT1.160, MoBT1.161, MoBT1.163, MoBT1.166, MoBT1.173, MoBT1.177, MoBT1.178, MoBT1.179, MoBT1.181, MoBT1.184, MoBT1.185, MoBT1.186, MoBT1.189, MoBT1.190, MoBT1.195, MoBT1.196, MoBT1.198, MoBT1.203, MoBT1.206, MoBT1.207, MoBT1.209, MoBT1.211, MoBT1.215, MoBT1.227, MoBT1.228, MoBT1.233, MoBT1.235, MoBT1.241, MoBT1.243, MoBT1.244, MoBT1.245, MoBT1.246, MoBT1.249, MoBT1.250, MoBT1.255, MoBT1.256, MoBT1.261, MoBT1.262, MoBT1.263, MoBT1.265, MoBT1.268, MoBT1.270, MoBT1.272, ThDT1.9, ThDT2.29, ThDT2.42, ThDT2.67, ThDT4.43 |
| Neural signal processing | FrCT2.7, FrCT2.12, FrCT2.30, FrCT2.31, FrCT2.36, FrCT2.38, FrCT2.53, FrCT2.56, FrCT2.58, FrCT2.59, FrCT2.69, FrCT2.73, FrCT2.75, FrCT2.85, FrCT2.92, FrCT2.95, FrCT2.96, FrCT2.97, FrCT2.108, FrCT2.111, FrCT2.124, FrCT2.144, FrCT2.146, FrCT2.150, FrCT2.154, FrCT2.157, FrCT2.170, FrCT2.192, FrCT2.196, FrCT2.201, FrCT2.208, FrCT2.211, FrCT2.216, FrCT2.219, FrCT2.221, FrCT2.247, ThDT1.37, ThDT3.17, ThDT3.43, ThDT4.57 |
| Neural signals - Blind source separation (PCA, ICA, etc.) | FrCT2.105, FrCT2.120, FrCT2.147 |
| Neural signals - Coding | FrCT2.226, FrCT2.236 |
| Neural signals - Information theory | FrCT2.28, FrCT2.74, FrCT2.104 |
| Neural signals - Machine learning & Classification | FrCT2.3, FrCT2.9, FrCT2.11, FrCT2.12, FrCT2.27, FrCT2.28, FrCT2.29, FrCT2.31, FrCT2.32, FrCT2.37, FrCT2.38, FrCT2.40, FrCT2.41, FrCT2.51, FrCT2.54, FrCT2.55, FrCT2.60, FrCT2.65, FrCT2.67, FrCT2.70, FrCT2.72, FrCT2.76, FrCT2.78, FrCT2.90, FrCT2.97, FrCT2.98, FrCT2.99, FrCT2.100, FrCT2.101, FrCT2.107, FrCT2.119, FrCT2.123, FrCT2.144, FrCT2.145, FrCT2.146, FrCT2.153, FrCT2.159, FrCT2.163, FrCT2.168, FrCT2.173, FrCT2.186, FrCT2.194, FrCT2.198, FrCT2.199, FrCT2.209, FrCT2.219, FrCT2.229, FrCT2.230, FrCT2.235, FrCT2.247, ThDT3.20, ThDT4.18, ThDT4.33, ThDT4.59, ThDT4.63 |
| Neural signals - Nonlinear analysis | FrCT2.88, FrCT2.122, FrCT2.180 |
| Neural stimulation | FrCT2.4, FrCT2.7, FrCT2.13, FrCT2.15, FrCT2.19, FrCT2.25, FrCT2.33, FrCT2.63, FrCT2.68, FrCT2.81, FrCT2.87, FrCT2.89, FrCT2.93, FrCT2.103, FrCT2.115, FrCT2.129, FrCT2.135, FrCT2.149, FrCT2.156, FrCT2.158, FrCT2.164, FrCT2.169, FrCT2.181, FrCT2.183, FrCT2.191, FrCT2.200, FrCT2.203, FrCT2.205, FrCT2.207, FrCT2.223, FrCT2.225, FrCT2.226, FrCT2.227, FrCT2.228, FrCT2.242, ThDT1.36, ThDT2.6, ThDT2.11, ThDT2.15, ThDT2.31, ThDT2.72, ThDT3.38, ThDT3.43, ThDT4.12, ThDT4.35, ThDT4.45, ThDT4.57, ThDT4.58 |
| Neural stimulation - Deep brain | FrCT2.50, FrCT2.85, FrCT2.113, FrCT2.129, FrCT2.156, FrCT2.165, ThDT1.34, ThDT1.35, ThDT1.37, ThDT1.38, ThDT2.6, ThDT4.35 |
| Neurological disorders | FrCT2.3, FrCT2.15, FrCT2.22, FrCT2.26, FrCT2.44, FrCT2.66, FrCT2.91, FrCT2.148, FrCT2.161, FrCT2.177, ThDT2.6, ThDT2.75, ThDT3.20, ThDT4.45 |
| Neurological disorders - Communication | FrCT2.78 |
| Neurological disorders - Diagnostic and evaluation techniques | FrCT2.16, FrCT2.39, FrCT2.40, FrCT2.53, FrCT2.61, FrCT2.118, FrCT2.150, FrCT2.155, FrCT2.184, FrCT2.207, FrCT2.230, ThDT2.79, ThDT4.14 |
| Neurological disorders - Epilepsy | FrCT2.33, FrCT2.37, FrCT2.69, FrCT2.104, FrCT2.117, FrCT2.159, FrCT2.186, FrCT2.202, ThDT2.62 |
| Neurological disorders - Mechanisms | FrCT2.170, FrCT2.186, FrCT2.221, FrCT2.242, ThDT2.79, ThDT4.14 |
| Neurological disorders - Psychiatric disorders | FrCT2.150, FrCT2.235 |
| Neurological disorders - Sleep | FrCT2.1 |
| Neurological disorders - Stroke | FrCT2.16, FrCT2.20, FrCT2.79, FrCT2.88, FrCT2.101, FrCT2.108, FrCT2.112, FrCT2.126, FrCT2.133, FrCT2.138, FrCT2.145, FrCT2.220, FrCT2.222, FrCT2.227, FrCT2.233, FrCT2.240, FrCT2.248, ThDT1.18, ThDT4.25 |
| Neurological disorders - Traumatic brain injury | FrCT2.107 |
| Neurological disorders - Treatment methodologies | FrCT2.33, FrCT2.52, FrCT2.169 |
| Neuromodulation devices | MoBT3.13, MoBT3.36, MoBT3.45, MoBT3.58, MoBT3.65, MoBT3.76, ThDT3.49 |
| Neuromuscular systems - Central mechanisms | FrCT2.80, FrCT2.121, ThDT3.43 |
| Neuromuscular systems - Computational modeling | FrCT2.42, FrCT2.71, FrCT2.73, FrCT2.83, FrCT2.105, FrCT2.126, FrCT2.147, FrCT2.227, FrCT2.238 |
| Neuromuscular systems - Deep brain stimulation technologies | MoBT3.18, MoBT3.36 |
| Neuromuscular systems - EMG models | FrCT2.84, FrCT2.130, FrCT2.151, FrCT2.188, ThDT2.19, ThDT3.34 |
| Neuromuscular systems - EMG processing and applications | FrCT2.19, FrCT2.71, FrCT2.82, FrCT2.91, FrCT2.109, FrCT2.116, FrCT2.125, FrCT2.127, FrCT2.128, FrCT2.130, FrCT2.131, FrCT2.137, FrCT2.144, FrCT2.147, FrCT2.160, FrCT2.163, FrCT2.185, FrCT2.187, FrCT2.188, FrCT2.190, FrCT2.194, FrCT2.195, FrCT2.198, FrCT2.205, FrCT2.210, FrCT2.232, FrCT2.233, FrCT2.243, FrCT2.245, ThDT2.19 |
| Neuromuscular systems - Epilepsy therpy devices/technologies | MoBT3.18 |
| Neuromuscular systems - Learning and adaption | FrCT2.176, FrCT2.194, FrCT2.240, ThDT3.38 |
| Neuromuscular systems - Locomotion | FrCT2.71, FrCT2.84, FrCT2.137, FrCT2.172, FrCT2.239 |
| Neuromuscular systems - Muscle stimulation | MoBT3.2, MoBT3.3, MoBT3.5, MoBT3.14, MoBT3.77 |
| Neuromuscular systems - Neural stimulation | MoBT3.2, MoBT3.3, MoBT3.5, MoBT3.18, MoBT3.36, MoBT3.65, MoBT3.75 |
| Neuromuscular systems - Neurorehabilitation therapeytic devices | MoBT3.17 |
| Neuromuscular systems - Peripheral mechanisms | FrCT2.64, FrCT2.166, FrCT2.232, ThDT2.72 |
| Neuromuscular systems - Postural and balance | FrCT2.10, FrCT2.14, FrCT2.18, FrCT2.138, FrCT2.177, FrCT2.192, FrCT2.220 |
| Neuromuscular systems - Postural and balance control technologies | MoBT3.2, MoBT3.3, MoBT3.21 |
| Neuromuscular systems - Stroke therapy devices / technologies | MoBT3.17, ThDT4.2 |
| Neurorehabilitation | FrBT5.1, FrCT2.4, FrCT2.14, FrCT2.25, FrCT2.36, FrCT2.49, FrCT2.52, FrCT2.61, FrCT2.79, FrCT2.80, FrCT2.82, FrCT2.84, FrCT2.87, FrCT2.102, FrCT2.106, FrCT2.108, FrCT2.112, FrCT2.120, FrCT2.123, FrCT2.125, FrCT2.132, FrCT2.152, FrCT2.160, FrCT2.164, FrCT2.165, FrCT2.167, FrCT2.172, FrCT2.185, FrCT2.190, FrCT2.205, FrCT2.206, FrCT2.210, FrCT2.222, FrCT2.224, FrCT2.233, FrCT2.234, FrCT2.239, FrCT2.240, ThDT1.5, ThDT2.65 |
| New sensing techniques | FrCT3.4, FrCT3.22, FrCT3.73, FrCT3.77, FrCT3.105, FrCT3.119, FrCT3.134, FrCT3.159, FrCT3.162, FrCT3.165, FrCT3.181, FrCT3.188, ThDT2.24, ThDT4.75 |
| New technologies and methodologies in biomechanics | ThDT1.7, WeDT3.13, WeDT3.14, WeDT3.19, WeDT3.37, WeDT3.58, WeDT3.80, WeDT3.87, WeDT3.89, WeDT3.95 |
| New technologies and methodologies in human movement analysis | ThDT1.7, ThDT2.17, WeDT3.1, WeDT3.14, WeDT3.36, WeDT3.64, WeDT3.68, WeDT3.73, WeDT3.75, WeDT3.80, WeDT3.89, WeDT3.96 |
| New technologies and methodologies in medical robotics | ThDT1.32, ThDT2.7, ThDT4.40, ThDT4.73, WeDT3.17, WeDT3.31, WeDT3.47, WeDT3.77, WeDT3.86 |
| New technologies and methodologies in Milli, micro and nanorobots | WeDT3.34 |
| Nonlinear dynamic analysis - Biomedical signals | MoBT1.4, MoBT1.9, MoBT1.12, MoBT1.16, MoBT1.17, MoBT1.25, MoBT1.36, MoBT1.39, MoBT1.46, MoBT1.60, MoBT1.62, MoBT1.67, MoBT1.68, MoBT1.84, MoBT1.89, MoBT1.107, MoBT1.110, MoBT1.115, MoBT1.119, MoBT1.120, MoBT1.122, MoBT1.126, MoBT1.137, MoBT1.157, MoBT1.165, MoBT1.183, MoBT1.187, MoBT1.199, MoBT1.201, MoBT1.204, MoBT1.205, MoBT1.222, MoBT1.223, MoBT1.227, MoBT1.232, MoBT1.235, MoBT1.244, MoBT1.253, MoBT1.254, MoBT1.259, MoBT1.260, MoBT1.269, ThCT8.1, ThDT2.36, ThDT3.12 |
| Nonlinear dynamic analysis - Deterministic chaos | MoBT1.199 |
| Nonlinear dynamic analysis - Nonlinear filtering | MoBT1.177, MoBT1.228, ThDT4.41 |
| Nonlinear dynamic analysis - Phase locking estimation | MoBT1.107 |
| Novel approaches to BME education | FrAT5.1, FrCT4.1, FrCT4.2, FrCT4.6, FrCT4.7, ThDT1.2, TuAT2.1, TuFT1.1, TuFT1.2 |
| Novel imaging modalities | ThDT1.16, WeDT1.27, WeDT1.34, WeDT1.181, WeDT1.241, WeDT1.261, WeDT1.263, WeDT1.270 |
| Novel methods | FrCT3.5, FrCT3.22, FrCT3.40, FrCT3.54, FrCT3.55, FrCT3.58, FrCT3.61, FrCT3.64, FrCT3.68, FrCT3.83, FrCT3.90, FrCT3.92, FrCT3.122, FrCT3.144, FrCT3.153, FrCT3.156, FrCT3.163, FrCT3.172, FrCT3.189, FrCT3.192, FrCT3.193, MoDT5.2, ThDT2.76 |
| O | Top |
| Optical and photonic sensors and systems | FrCT3.13, FrCT3.60, FrCT3.65, FrCT3.77, FrCT3.87, FrCT3.105, FrCT3.122, FrCT3.139, FrCT3.140, FrCT3.148, FrCT3.151, FrCT3.157, FrCT3.164, FrCT3.171, FrCT3.173, FrCT3.178, ThDT3.31, ThDT4.16, ThDT4.47 |
| Optical imaging | ThDT1.14, ThDT3.5, ThDT4.83, WeDT1.9, WeDT1.97, WeDT1.133, WeDT1.153, WeDT1.161, WeDT1.241, WeDT1.248, WeDT1.249, WeDT1.273, WeDT1.309, WeDT1.329, WeDT1.337, WeDT1.340, WeDT1.352 |
| Optical imaging - Coherence tomography | WeDT1.52 |
| Optical imaging - Confocal microscopy | WeDT1.25, WeDT1.83, WeDT1.120 |
| Optical imaging and microscopy - Diffuse optical tomography | ThDT2.46, WeDT1.242 |
| Optical imaging and microscopy - Fluorescence microscopy | WeDT1.37, WeDT1.77, WeDT1.83, WeDT1.210, WeDT1.266, WeDT1.308 |
| Optical imaging and microscopy - Microscopy | ThDT4.83, WeDT1.11, WeDT1.32, WeDT1.43, WeDT1.93, WeDT1.143, WeDT1.144, WeDT1.178, WeDT1.212, WeDT1.262, WeDT1.272 |
| Optical imaging and microscopy - Near infra-red spectroscopy | ThDT2.46, ThDT4.56, WeDT1.153, WeDT1.197, WeDT1.242, WeDT1.283 |
| Optical imaging and microscopy - Neuroimaging | ThDT4.83, WeDT1.96 |
| Optical imaging and microscopy - Optical vascular imaging | WeDT1.150, WeDT1.162, WeDT1.303 |
| Optical imaging and microscopy - Super-resolution imaging | WeDT1.334 |
| Optimization in musculoskeletal biomechanics | WeDT3.3, WeDT3.8, WeDT3.49, WeDT3.67, WeDT3.68, WeDT3.69 |
| Organ modeling | ThDT1.42, WeDT2.1, WeDT2.9, WeDT2.20, WeDT2.24, WeDT2.31, WeDT2.38, WeDT2.53, WeDT2.83 |
| Organs and medical devices - Multiscale modeling and the physiome | WeDT2.36, WeDT2.50 |
| P | Top |
| Parametric filtering and estimation | MoBT1.159, MoBT1.162, MoBT1.257, ThDT2.4, ThDT2.10 |
| Personalized medicine | ThDT4.9, WeDT4.1, WeDT4.20, WeDT4.21 |
| PET and SPECT imaging | WeDT1.158, WeDT1.183, WeDT1.258, WeDT1.358 |
| PET and SPECT Imaging applications | WeDT1.139, WeDT1.183, WeDT1.358 |
| Photoacoustic, Optoacoustic, Thermoacoustic imaging | ThDT4.81, WeDT1.27, WeDT1.68, WeDT1.179 |
| Physiological monitoring & diagnistic devices - Atrial fibrillation | MoBT3.20, MoBT3.40 |
| Physiological monitoring & diagnistic devices - Blood pressure | MoBT3.23, MoBT3.45, MoBT3.54 |
| Physiological monitoring & diagnistic devices - Pulmonary disease | MoBT3.12, MoBT3.33 |
| Physiological monitoring & diagnistic devices - Sleep and apnea | MoBT3.12, MoBT3.34 |
| Physiological monitoring - Instrumentation | FrCT3.3, FrCT3.4, FrCT3.8, FrCT3.13, FrCT3.16, FrCT3.20, FrCT3.21, FrCT3.30, FrCT3.41, FrCT3.42, FrCT3.44, FrCT3.47, FrCT3.49, FrCT3.70, FrCT3.87, FrCT3.93, FrCT3.98, FrCT3.101, FrCT3.107, FrCT3.108, FrCT3.112, FrCT3.117, FrCT3.120, FrCT3.121, FrCT3.126, FrCT3.131, FrCT3.138, FrCT3.141, FrCT3.142, FrCT3.151, FrCT3.158, FrCT3.160, FrCT3.162, FrCT3.166, FrCT3.167, FrCT3.169, FrCT3.188, FrCT3.190, ThDT1.6, ThDT1.12, ThDT2.38, ThDT4.53, ThDT4.55, ThDT4.75, ThDT4.82 |
| Physiological monitoring - Modeling and analysis | FrCT3.33, FrCT3.34, FrCT3.35, FrCT3.46, FrCT3.48, FrCT3.53, FrCT3.56, FrCT3.60, FrCT3.62, FrCT3.71, FrCT3.80, FrCT3.86, FrCT3.101, FrCT3.102, FrCT3.103, FrCT3.105, FrCT3.108, FrCT3.111, FrCT3.121, FrCT3.122, FrCT3.125, FrCT3.128, FrCT3.133, FrCT3.148, FrCT3.157, FrCT3.160, FrCT3.163, FrCT3.177, FrCT3.180, FrCT3.186, ThDT4.30, TuDT2.1 |
| Physiological monitoring - Novel methods | FrCT3.13, FrCT3.16, FrCT3.20, FrCT3.24, FrCT3.27, FrCT3.28, FrCT3.31, FrCT3.33, FrCT3.34, FrCT3.55, FrCT3.62, FrCT3.65, FrCT3.69, FrCT3.70, FrCT3.72, FrCT3.77, FrCT3.78, FrCT3.84, FrCT3.86, FrCT3.90, FrCT3.94, FrCT3.99, FrCT3.100, FrCT3.125, FrCT3.139, FrCT3.144, FrCT3.145, FrCT3.147, FrCT3.151, FrCT3.156, FrCT3.159, FrCT3.160, FrCT3.164, FrCT3.166, FrCT3.167, FrCT3.173, FrCT3.188, MoDT5.1, MoDT5.2, ThDT2.24, ThDT2.83, ThDT3.23, ThDT3.46 |
| Physiological systems modeling - Closed loop systems | MoBT1.34, MoBT1.158, MoBT1.176, MoBT1.247, WeCT7.1 |
| Physiological systems modeling - Multivariate signal processing | MoBT1.5, MoBT1.18, MoBT1.33, MoBT1.42, MoBT1.84, MoBT1.92, MoBT1.115, MoBT1.138, MoBT1.155, MoBT1.164, MoBT1.194, MoBT1.205, MoBT1.224, ThDT4.70 |
| Physiological systems modeling - Signal processing in physiological systems | MoBT1.1, MoBT1.2, MoBT1.5, MoBT1.9, MoBT1.11, MoBT1.12, MoBT1.14, MoBT1.18, MoBT1.32, MoBT1.40, MoBT1.45, MoBT1.54, MoBT1.55, MoBT1.58, MoBT1.60, MoBT1.68, MoBT1.70, MoBT1.73, MoBT1.80, MoBT1.81, MoBT1.85, MoBT1.89, MoBT1.90, MoBT1.93, MoBT1.94, MoBT1.95, MoBT1.102, MoBT1.110, MoBT1.118, MoBT1.121, MoBT1.122, MoBT1.123, MoBT1.128, MoBT1.131, MoBT1.135, MoBT1.136, MoBT1.142, MoBT1.146, MoBT1.151, MoBT1.154, MoBT1.164, MoBT1.165, MoBT1.172, MoBT1.173, MoBT1.174, MoBT1.176, MoBT1.184, MoBT1.189, MoBT1.192, MoBT1.193, MoBT1.200, MoBT1.202, MoBT1.205, MoBT1.217, MoBT1.220, MoBT1.221, MoBT1.222, MoBT1.225, MoBT1.226, MoBT1.236, MoBT1.238, MoBT1.239, MoBT1.241, MoBT1.242, MoBT1.247, MoBT1.250, MoBT1.251, MoBT1.253, MoBT1.254, MoBT1.257, MoBT1.259, MoBT1.260, MoBT1.269, MoBT1.271, MoBT1.272, ThCT8.1, ThDT1.23, ThDT1.31, ThDT2.2, ThDT2.4, ThDT2.22, ThDT2.43, ThDT2.68, ThDT2.69, ThDT3.12, ThDT4.10, ThDT4.39, ThDT4.70, ThDT4.71, TuDT1.1 |
| Physiological systems modeling - Signal processing in simulation | MoBT1.5, MoBT1.14, MoBT1.18, MoBT1.79, MoBT1.80, MoBT1.94, MoBT1.139, MoBT1.157, MoBT1.170, MoBT1.193, MoBT1.202, MoBT1.220, MoBT1.225, MoBT1.254, ThDT1.9, ThDT1.23, ThDT2.2, ThDT2.10, ThDT4.50, ThDT4.70, ThDT4.71 |
| Physiological systems modeling - Systems identification | MoBT1.17, MoBT1.34, MoBT1.102, MoBT1.202, MoBT1.268, ThDT2.2 |
| Planning and execution in surgical robotics | ThDT4.73, WeDT3.22 |
| Plethysmography technologies | MoBT3.23, MoBT3.35 |
| Point of care - Clinical and healthcare facilities | WeDT4.28 |
| Point of care - Clinical use and acceptance | WeDT4.1 |
| Point of care - Detection and monitoring | WeDT4.6, WeDT4.10, WeDT4.28 |
| Point of care - Heart rate monitoring | WeDT4.2 |
| Point of care - Home-based applications | ThDT4.9, WeDT4.6, WeDT4.10 |
| Point of care - Innovations | WeDT4.2 |
| Point of care - Intensive-care applications | WeDT4.12 |
| Point of care - Respiratory monitoring | WeDT4.11 |
| Point of care - Technologies for slightly trained operators | WeDT4.23, WeDT4.26 |
| Point of care - Technologies in resource limited settings | WeDT4.23, WeDT4.26 |
| Preventive medicine | ThDT4.9 |
| Principal and independent component analysis - Blind source separation | MoBT1.14, MoBT1.92, MoBT1.101, MoBT1.113, ThCT8.1 |
| Principal component analysis | MoBT1.38, MoBT1.46, MoBT1.48, MoBT1.77, MoBT1.78, MoBT1.98, MoBT1.105, MoBT1.113, MoBT1.119, MoBT1.145, MoBT1.171, MoBT1.245 |
| Prosthetics - Bionic sensory systems | WeDT3.12 |
| Prosthetics - Modeling and simulation in biomechanics | WeDT3.7, WeDT3.25, WeDT3.67, WeDT3.78, WeDT3.94 |
| Prosthetics - Robotic organs | WeDT3.47 |
| Public Health Informatics - Epidemiological modeling | MoBT4.51, MoBT4.87, MoBT4.91, MoBT4.154 |
| Public Health Informatics - Epidemiology | MoBT4.42, MoBT4.51, MoBT4.152 |
| Public Health Informatics - Health risk evaluation and modeling | MoBT4.2, MoBT4.19, MoBT4.28, MoBT4.36, MoBT4.39, MoBT4.80, MoBT4.111, MoBT4.145, ThDT2.60, ThDT2.81 |
| Public Health Informatics - Infectious disease outbreak modeling | MoBT4.87, MoBT4.154, ThDT2.66 |
| Public Health Informatics - Non-medical data analytics in public health | MoBT4.42, MoBT4.43, MoBT4.105, MoBT4.145, MoBT4.164 |
| Public Health Informatics - Outcomes research | MoAT5.1, MoBT4.71, ThDT2.60 |
| Public Health Informatics - Public health management solutions | MoBT4.48, MoBT4.94, ThDT2.80 |
| Pulmonary and critical care - Bioengineering applications in Intensive care | FrCT1.16 |
| Pulmonary and critical care - Pulmonary function testing & instrumentation | ThAT8.1 |
| Pulmonary and critical care – Multimodality monitoring in intensive care | FrCT1.16 |
| R | Top |
| Regularized image Reconstruction | ThDT2.46, WeDT1.211, WeDT1.249, WeDT1.263, WeDT1.274, WeDT1.330 |
| Regulatory challenges | MoET6.1 |
| Rehabilitation robotics and biomechanics - Devices and methods for assessment and therapy in infancy | WeDT3.5, WeDT3.55 |
| Rehabilitation robotics and biomechanics - Exoskeleton robotics | ThDT2.55, ThDT3.1, WeDT3.38, WeDT3.60, WeDT3.85, WeDT3.89 |
| Rehabilitation robotics and biomechanics - Integrated diagnostic and therapeutic systems | WeDT3.5, WeDT3.36, WeDT3.61, WeDT3.97, WeDT3.98 |
| Respiratory transport, mechanics and control - Periodic breathing | FrCT1.39 |
| Respiratory transport, mechanics and control - Pulmonary mechanics in disease | FrCT1.39, FrCT1.57, ThDT1.21, ThDT4.60 |
| Respiratory transport, mechanics and control - Respiratory variability | FrCT1.57 |
| Respiratory transport, mechanics and control - Work of breathing | FrCT1.39, FrCT1.57, ThDT4.60 |
| Rigid-body image registration | WeDT1.245, WeDT1.311, WeDT1.347, WeDT1.351 |
| Robot-aided mobility - Wheelchairs, canes, crutches, and mobility tools | ThDT4.29, WeDT3.10, WeDT3.56 |
| Robot-aided surgery - Remote surgery systems / telesurgery | ThDT1.29, ThDT3.21, WeDT3.40, WeDT3.41, WeDT3.45, WeDT3.62, WeDT3.99 |
| Robotic prosthetics | ThDT4.11, WeDT3.2, WeDT3.7, WeDT3.16, WeDT3.18, WeDT3.23, WeDT3.25, WeDT3.26, WeDT3.39, WeDT3.94 |
| Robotic-aided therapies - Computer-assisted surgery systems | MoBT3.27 |
| Robotic-aided therapies - Image guided surgery systems/ technologies | MoBT3.27, MoBT3.32 |
| Robotic-aided therapies - Motion cancellation technologies in surgical robotics | MoBT3.32 |
| Robotic-aided therapies - Surgical robotic systems | MoBT3.32, MoBT3.47 |
| Robotic-aided therapies - Targeted therapy systems | MoBT3.42, MoBT3.77 |
| Robotics - Orthotics and Exoskeletons | WeDT3.9, WeDT3.13, WeDT3.28, WeDT3.30, WeDT3.43, WeDT3.72, WeDT3.76, WeDT3.85, WeDT3.87, WeDT3.100, WeDT3.101 |
| S | Top |
| Scaffolds in tissue engineering | MoBT2.3, MoBT2.4, MoBT2.10, MoBT2.12, MoBT2.15, ThAT7.1 |
| Scaffolds in tissue engineering - Biofabrication | MoBT2.7, ThDT4.13 |
| Scaffolds in tissue engineering - Fabrication of cell seeded scaffolds | MoBT2.4, MoBT2.16 |
| Scaffolds in tissue engineering - Patterned 3D | MoBT2.7, MoBT2.16 |
| Scaffolds in tissue engineering - Rapid prototyping | MoBT2.15 |
| Sensor Informatics - Behavioral informatics | MoBT4.9, MoBT4.142, MoBT4.165 |
| Sensor Informatics - Context awareness | MoBT4.76 |
| Sensor Informatics - Data inference, mining, and trend analysis | MoBT4.123, MoBT4.128, MoBT4.131, MoBT4.143, MoBT4.177, MoBT4.178 |
| Sensor Informatics - Intelligent medical devices and sensors | MoBT4.63, MoBT4.136, ThDT2.59 |
| Sensor Informatics - Multi-sensor data fusion | MoBT4.22, MoBT4.106, MoBT4.136, MoBT4.155 |
| Sensor Informatics - Physiological monitoring | MoBT4.3, MoBT4.22, MoBT4.23, MoBT4.35, MoBT4.63, MoBT4.82, MoBT4.106, MoBT4.110, MoBT4.113, MoBT4.123, MoBT4.137, MoBT4.170, MoBT4.177, MoBT4.191, ThDT4.23 |
| Sensor Informatics - Sensor-based mHealth applications | MoBT4.76, MoBT4.165, ThDT4.44 |
| Sensor Informatics - Sensors and sensor systems | MoBT4.35, MoBT4.136, MoBT4.180 |
| Sensor Informatics - Smart home technology | MoBT4.165, MoBT4.178, ThDT4.23 |
| Sensor Informatics - Smart textile and clothes | MoBT4.33 |
| Sensor Informatics - Wearable systems and sensors | MoBT4.4, MoBT4.21, MoBT4.46, MoBT4.58, MoBT4.64, MoBT4.76, MoBT4.95, MoBT4.144, ThDT2.59 |
| Sensor Informatics - Wireless sensors and systems | MoBT4.175, ThDT1.24 |
| Sensor systems and Instrumentation | FrCT3.7, FrCT3.8, FrCT3.9, FrCT3.12, FrCT3.15, FrCT3.21, FrCT3.24, FrCT3.32, FrCT3.35, FrCT3.40, FrCT3.43, FrCT3.44, FrCT3.51, FrCT3.52, FrCT3.68, FrCT3.69, FrCT3.72, FrCT3.81, FrCT3.85, FrCT3.114, FrCT3.117, FrCT3.120, FrCT3.123, FrCT3.124, FrCT3.127, FrCT3.130, FrCT3.131, FrCT3.135, FrCT3.138, FrCT3.140, FrCT3.155, FrCT3.158, FrCT3.161, FrCT3.169, FrCT3.171, FrCT3.172, FrCT3.175, FrCT3.179, FrCT3.182, FrCT3.186, FrCT3.187, FrCT3.189, FrCT3.193, ThDT1.12, ThDT1.17, ThDT2.18, ThDT2.38, ThDT2.76, ThDT3.6, ThDT3.13, ThDT3.33 |
| Sensory neuroprostheses | FrCT2.45, FrCT2.134, FrCT2.135, FrCT2.162, FrCT2.214, FrCT2.246, FrCT2.249, ThDT2.15, ThDT3.37 |
| Sensory neuroprostheses - Auditory | FrCT2.9, FrCT2.30, FrCT2.32, FrCT2.162, FrCT2.211, FrCT2.246, FrCT2.249 |
| Sensory neuroprostheses - Signal and vision processing | FrCT2.109, FrCT2.193 |
| Sensory neuroprostheses - Somatosensory | FrCT2.183, ThDT4.78 |
| Sensory neuroprostheses - Visual | FrCT2.7, FrCT2.13, FrCT2.106, FrCT2.193, FrCT2.200, ThDT2.15, ThDT4.12, ThDT4.58 |
| Signal pattern classification | MoBT1.3, MoBT1.4, MoBT1.7, MoBT1.8, MoBT1.9, MoBT1.13, MoBT1.15, MoBT1.19, MoBT1.21, MoBT1.25, MoBT1.26, MoBT1.30, MoBT1.31, MoBT1.33, MoBT1.36, MoBT1.37, MoBT1.38, MoBT1.39, MoBT1.41, MoBT1.43, MoBT1.44, MoBT1.46, MoBT1.47, MoBT1.49, MoBT1.50, MoBT1.55, MoBT1.59, MoBT1.61, MoBT1.64, MoBT1.67, MoBT1.71, MoBT1.72, MoBT1.75, MoBT1.78, MoBT1.79, MoBT1.84, MoBT1.86, MoBT1.88, MoBT1.89, MoBT1.93, MoBT1.97, MoBT1.100, MoBT1.103, MoBT1.105, MoBT1.106, MoBT1.109, MoBT1.116, MoBT1.123, MoBT1.125, MoBT1.127, MoBT1.129, MoBT1.132, MoBT1.136, MoBT1.138, MoBT1.148, MoBT1.149, MoBT1.150, MoBT1.152, MoBT1.160, MoBT1.161, MoBT1.162, MoBT1.163, MoBT1.167, MoBT1.169, MoBT1.171, MoBT1.175, MoBT1.178, MoBT1.179, MoBT1.184, MoBT1.185, MoBT1.188, MoBT1.189, MoBT1.190, MoBT1.192, MoBT1.194, MoBT1.196, MoBT1.200, MoBT1.209, MoBT1.213, MoBT1.215, MoBT1.223, MoBT1.224, MoBT1.225, MoBT1.228, MoBT1.230, MoBT1.234, MoBT1.235, MoBT1.239, MoBT1.246, MoBT1.249, MoBT1.253, MoBT1.255, MoBT1.256, MoBT1.257, MoBT1.261, MoBT1.262, MoBT1.265, MoBT1.266, MoBT1.267, ThDT1.9, ThDT1.15, ThDT2.22, ThDT2.43, ThDT2.48, ThDT2.49, ThDT2.67, ThDT2.69, ThDT2.74, ThDT3.2, ThDT3.25, ThDT3.36, ThDT4.43, ThDT4.50, TuDT1.1 |
| Signal pattern classification - Genetic algorithms | MoBT1.29, MoBT1.128, ThDT2.67, ThDT3.48 |
| Sleep - Cardiovascular & Metabolic consequences of sleep disorders | FrCT1.1, FrCT1.23, MoDT6.1, WeAT7.1 |
| Sleep - Obstructive sleep apnea | FrCT1.23, FrCT1.32, FrCT1.41, MoDT6.1, MoDT6.2, MoDT6.3 |
| Sleep - Periodic breathing & central apnea | FrCT1.16, FrCT1.41 |
| Smart implanted drug delivery systems | ThDT2.61, ThDT4.32 |
| Smart neural implants | FrCT2.1, FrCT2.24 |
| Smart neural implants - Cochlear | FrCT2.9, FrCT2.211 |
| Smart neural implants - Neurostimulation | FrCT2.85, FrCT2.93, FrCT2.113, FrCT2.156, FrCT2.200 |
| Smart textiles and clothings | FrCT3.137, FrCT3.155, ThDT2.84 |
| Social and Ethical issues in biomedical engineering | FrCT4.5, FrCT4.6, ThGT8.1, ThGT8.2 |
| Surgical robotics | ThDT1.29, ThDT3.21, ThDT4.73, WeDT3.15, WeDT3.22, WeDT3.31, WeDT3.33, WeDT3.41, WeDT3.62, WeDT3.83 |
| Synthetic biology | ThDT2.41, WeDT2.29, WeDT2.30 |
| Systems biology and systems medicine - biomarker discovery | WeDT2.77 |
| Systems biology and systems medicine - biomarker selection | WeDT2.77 |
| Systems biology and systems medicine - cancer variant | WeDT2.23, WeDT2.55 |
| Systems biology and systems medicine - Modeling of biomolecular system dynamics | WeDT2.15, WeDT2.63, WeDT2.81 |
| Systems biology and systems medicine - Modeling of biomolecular system pathways | WeDT2.15 |
| Systems biology and systems medicine - Modeling of gene/epigene regulatory networks | WeDT2.70, WeDT2.81 |
| Systems biology and systems medicine - Modeling of signaling networks | WeDT2.3, WeDT2.4, WeDT2.64, WeDT2.71 |
| Systems biology and systems medicine - prediction of disease related regulator | ThDT3.9, WeDT2.23, WeDT2.54, WeDT2.64, WeDT2.78 |
| Systems modeling - Clinical applications of biological networks | WeDT2.27, WeDT2.32, WeDT2.33, WeDT2.47, WeDT2.65, WeDT2.73 |
| Systems modeling - Decision making | ThDT3.44, ThDT4.24, WeCT8.1, WeDT2.14, WeDT2.34, WeDT2.42, WeDT2.53, WeDT2.57, WeDT2.58, WeDT2.60, WeDT2.67, WeDT2.69, WeDT2.73 |
| Systems modeling - Patient stratification | WeDT2.8, WeDT2.18, WeDT2.27 |
| T | Top |
| Tactile displays and perception | ThDT1.25, WeDT3.12, WeDT3.37, WeDT3.63 |
| Teaching design | FrCT4.1, FrCT4.2, FrCT4.3, FrCT4.7, ThDT1.30, ThDT1.41, TuFT1.1, TuFT1.2 |
| Textile-electronic integration | FrCT3.137, ThDT2.14 |
| Therapeutic devices and systems - ablation systems and technologies | MoBT3.16, MoBT3.39, MoBT3.48, MoBT3.56, MoBT3.66, WeAT8.1 |
| Therapeutic devices and systems - Blood pressure | MoBT3.45 |
| Therapeutic devices and systems - Pulmonary disease | ThDT3.32 |
| Therapeutic devices and systems - Sleep and apnea | MoBT3.34 |
| Therapeutic robotics in rehabilitation | FrBT7.1, ThDT2.73, ThDT4.19, ThDT4.40, WeDT3.5, WeDT3.38, WeDT3.55, WeDT3.60 |
| Thermal sensors and systems | FrCT3.32, FrCT3.55, FrCT3.144, ThDT2.83, ThDT3.6, ThDT4.30, ThDT4.75 |
| Time-frequency and time-scale analysis - Empirical mode decomposition in biosignal analysis | MoBT1.20, MoBT1.22, MoBT1.52, MoBT1.54, MoBT1.87, MoBT1.120, MoBT1.135, MoBT1.175, MoBT1.180, MoBT1.223, MoBT1.236, MoBT1.271, ThDT1.20, ThDT3.12, ThDT3.36 |
| Time-frequency and time-scale analysis - Nonstationary analysis and modeling | MoBT1.20, MoBT1.22, MoBT1.24, MoBT1.32, MoBT1.36, MoBT1.78, MoBT1.85, MoBT1.121, MoBT1.149, MoBT1.151, MoBT1.155, ThDT3.25 |
| Time-frequency and time-scale analysis - Time-frequency analysis | MoBT1.1, MoBT1.2, MoBT1.4, MoBT1.7, MoBT1.15, MoBT1.16, MoBT1.20, MoBT1.24, MoBT1.25, MoBT1.28, MoBT1.39, MoBT1.45, MoBT1.49, MoBT1.53, MoBT1.54, MoBT1.55, MoBT1.56, MoBT1.57, MoBT1.59, MoBT1.61, MoBT1.62, MoBT1.64, MoBT1.69, MoBT1.70, MoBT1.71, MoBT1.73, MoBT1.74, MoBT1.77, MoBT1.81, MoBT1.85, MoBT1.95, MoBT1.96, MoBT1.97, MoBT1.98, MoBT1.101, MoBT1.111, MoBT1.117, MoBT1.126, MoBT1.130, MoBT1.133, MoBT1.134, MoBT1.149, MoBT1.157, MoBT1.171, MoBT1.179, MoBT1.183, MoBT1.188, MoBT1.209, MoBT1.210, MoBT1.214, MoBT1.217, MoBT1.220, MoBT1.224, MoBT1.232, MoBT1.233, MoBT1.240, MoBT1.242, MoBT1.243, MoBT1.251, MoBT1.261, MoBT1.270, ThDT2.22, ThDT2.35, ThDT2.50, ThDT2.69, ThDT3.42, ThDT3.48, ThDT4.39, ThDT4.41, TuDT1.1 |
| Time-frequency and time-scale analysis - Wavelets | MoBT1.24, MoBT1.57, MoBT1.61, MoBT1.97, MoBT1.120, MoBT1.144, MoBT1.154, MoBT1.162, MoBT1.178, MoBT1.188, MoBT1.196, MoBT1.200, MoBT1.208, MoBT1.255, ThDT4.50 |
| Translational biomedical informatics - Comparative effectiveness research | ThDT3.9, WeDT2.6 |
| Translational biomedical informatics - Data processing | ThDT3.9, WeDT2.6, WeDT2.45 |
| Translational biomedical informatics - Decision making | WeDT2.6, WeDT2.12 |
| Translational biomedical informatics - Knowledge modeling | WeDT2.14, WeDT2.29, WeDT2.30, WeDT2.45, WeDT2.75 |
| Translational biomedical informatics - Mining clinical data | WeDT2.51 |
| Translational issues in tissue engineering and biomaterials | MoBT2.13, ThDT3.47 |
| Translational issues in tissue engineering and biomaterials - Bioreactors | ThAT7.1 |
| Translational issues in tissue engineering and biomaterials - Cell seeding and viability in scaffolds | MoBT2.2 |
| U | Top |
| Ultrasound imaging - Breast | ThDT2.82, ThDT4.21, ThDT4.80, WeDT1.141, WeDT1.244, WeDT1.319, WeDT1.335 |
| Ultrasound imaging - Cardiac | ThDT2.9, ThDT4.34, WeDT1.33, WeDT1.69, WeDT1.124, WeDT1.313, WeDT1.353 |
| Ultrasound imaging - Doppler | ThDT3.41, WeDT1.166, WeDT1.191 |
| Ultrasound imaging - Elastography | WeDT1.61, WeDT1.69, WeDT1.137, WeDT1.166, WeDT1.304, WeDT1.330, WeDT1.331 |
| Ultrasound imaging - High-frequency technology | ThDT3.41, WeDT1.69, WeDT1.156, WeDT1.307, WeDT1.359 |
| Ultrasound imaging - Interventional | WeDT1.222 |
| Ultrasound imaging - Other organs | ThDT3.41, ThDT4.5, WeDT1.10, WeDT1.14, WeDT1.30, WeDT1.74, WeDT1.79, WeDT1.91, WeDT1.102, WeDT1.103, WeDT1.123, WeDT1.136, WeDT1.166, WeDT1.191, WeDT1.254, WeDT1.259, WeDT1.289, WeDT1.333 |
| Ultrasound imaging - Photoacoustic/Optoacoustic/Thermoacoustic | ThDT4.54, ThDT4.81, WeDT1.68, WeDT1.94 |
| Ultrasound imaging - Vascular imaging | ThDT2.77, WeDT1.156, WeDT1.191, WeDT1.359 |
| V | Top |
| Vascular mechanics and hemodynamics - Arterial pressure in cardiovascular disease | FrCT1.30, FrCT1.46, FrCT1.60, ThDT1.22, ThDT3.22 |
| Vascular mechanics and hemodynamics - Pulse wave velocity | FrAT7.1, FrAT7.2, FrCT1.30, FrCT1.46, FrCT1.48, FrCT1.50, FrCT1.58, FrCT1.61, ThDT4.64 |
| Vascular mechanics and hemodynamics - Vascular Disease | FrCT1.9, FrCT1.46, ThDT2.27, ThDT4.64 |
| Vascular mechanics and hemodynamics - Vascular Hemodynamics | FrCT1.6, FrCT1.13, FrCT1.22, FrCT1.27, FrCT1.35, FrCT1.36, FrCT1.47, FrCT1.48, FrCT1.56, ThDT4.64, ThGT7.1 |
| Vascular mechanics and hemodynamics - Vascular mechanics | FrCT1.22, FrCT1.47, FrCT1.48, FrCT1.50 |
| Ventilators | MoBT3.70 |
| W | Top |
| Wearable antennas and in-body communications | FrCT3.14, FrCT3.185, ThDT4.27 |
| Wearable body sensor networks and telemetric systems | FrCT3.14, FrCT3.15, FrCT3.18, FrCT3.27, FrCT3.38, FrCT3.44, FrCT3.63, FrCT3.67, FrCT3.75, FrCT3.123, FrCT3.124, FrCT3.135, FrCT3.141, FrCT3.170, ThDT2.24, ThDT2.54, ThDT2.84, ThDT3.28, ThDT4.27 |
| Wearable body-compliant, flexible and printed electronics | FrCT3.2, FrCT3.12, FrCT3.70, FrCT3.74, FrCT3.109, FrCT3.118, FrCT3.137, FrCT3.143, FrCT3.168, FrCT3.184, ThDT2.53 |
| Wearable low power, wireless sensing methods | FrCT3.6, FrCT3.7, FrCT3.19, FrCT3.23, FrCT3.45, FrCT3.54, FrCT3.56, FrCT3.79, FrCT3.80, FrCT3.101, FrCT3.119, FrCT3.128, FrCT3.130, FrCT3.145, FrCT3.147, FrCT3.148, FrCT3.150, FrCT3.154, FrCT3.168, FrCT3.176, FrCT3.194, MoDT5.1, MoDT5.2, ThDT2.34, ThDT2.37 |
| Wearable or portable devices for vital signal monitoring | MoBT3.1, MoBT3.6 |
| Wearable power and on-body energy harvesting | FrCT3.57, FrCT3.93, FrCT3.113, FrCT3.118 |
| Wearable robotic prosthetics | ThDT4.11, WeDT3.2, WeDT3.7, WeDT3.23, WeDT3.25, WeDT3.26, WeDT3.39, WeDT3.94 |
| Wearable robotic systems - Orthotics and Exoskeletons | ThDT2.7, ThDT2.55, WeDT3.9, WeDT3.20, WeDT3.28, WeDT3.30, WeDT3.35, WeDT3.48, WeDT3.72, WeDT3.76, WeDT3.85, WeDT3.87 |
| Wearable sensor systems - User centered design and applications | FrCT3.1, FrCT3.5, FrCT3.6, FrCT3.8, FrCT3.17, FrCT3.18, FrCT3.19, FrCT3.21, FrCT3.22, FrCT3.25, FrCT3.36, FrCT3.38, FrCT3.39, FrCT3.45, FrCT3.46, FrCT3.50, FrCT3.51, FrCT3.53, FrCT3.58, FrCT3.73, FrCT3.75, FrCT3.79, FrCT3.83, FrCT3.90, FrCT3.93, FrCT3.133, FrCT3.138, FrCT3.140, FrCT3.141, FrCT3.153, FrCT3.155, FrCT3.157, FrCT3.159, FrCT3.161, FrCT3.174, FrCT3.175, FrCT3.182, FrCT3.186, ThDT1.6, ThDT2.37, ThDT2.53, ThDT2.84, ThDT3.6, ThDT3.13, ThDT3.23, ThDT3.28, ThDT4.30, ThDT4.49, ThDT4.55 |
| Wearable wireless sensors, motes and systems | FrCT3.6, FrCT3.14, FrCT3.38, FrCT3.48, FrCT3.61, FrCT3.63, FrCT3.75, FrCT3.79, FrCT3.95, FrCT3.96, FrCT3.119, FrCT3.129, FrCT3.147, FrCT3.164, FrCT3.191, FrCT3.194, ThDT1.6, ThDT1.45, ThDT2.37, ThDT3.28, ThDT4.49 |
| X | Top |
| X-ray - Fluoroscopy | ThDT4.17, WeDT1.200 |
| X-ray - Interventional radiology | ThDT4.1, WeDT1.246 |
| X-ray imaging applications | ThDT4.17, WeDT1.3, WeDT1.28, WeDT1.49, WeDT1.86, WeDT1.233, WeDT1.295, WeDT1.357 |
| X-ray radiography | ThDT4.65, WeDT1.7, WeDT1.88, WeDT1.168, WeDT1.233, WeDT1.280, WeDT1.295 |
|
43rd Annual International Conference of the