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Research Areas
- Electromyography
- Electromyography
- Time-frequency representations
- Biological signal processing
- Multi channel EMG acquisition
- Myoelectric signal modeling
- Fatigue
- EMG augmented speech recognition
- Evoked potentials
- Nerve conduction velocity
- Stimulus artefact cancellation
- Somatosensory evoked potentials (SEP) analysis
- SEP artefact modeling
- Prosthetics and control systems
- Pattern recognition
- Adaptive systems
- Neural networks
- Prosthetics
- Control systems
- Multifunction myoelectric control
- Advanced upper and lower limb prosthetic systems
- Analysis of upper extremity prosthetics
- Test of prosthetic function
- Low cost prosthetics for developing countries
- Imaging
- Magnetic resonance imaging
- Medical imaging
- Human motion
- Biomechanics
- Human motion and gait analysis
- Upper limb motion
- Musculoskeletal modeling
- Musculoskeletal injuries
- Joint arthroplasty
- Arthritis and joint injury
- Balance and posture
- Lifting techniques
- Occupational lower back pain
- Rehabilitation
- Physical Rehabilitation
- Treatment outcomes
- Assistive technology development
- Physiology
- Exercise physiology/biochemistry
- Neuromuscular physiology and strength
- Neuromuscular fatigue
- Ergonomics
- Ergonomics (industrial workplaces)
- Ergonomics (office workplaces)
- Human factors
- Electronics
- Intelligent instrumentation
- Low noise electronic design
- RF telemetry
- VLSI systems
- Electrode arrays
- Embedded systems
- Telehealth
- Remote sign language systems
- Remote monitoring
- Telerehabilitation
- Remote motion capture and analysis
- Clinical Engineering
- Electrical safety in hospitals
- OR gas scavenging and analysis
- Clinical applications of biomedical instrumentation
- Bluetooth applications
- Medical device design and development
- Health services research
- Applied statistics in engineering