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Design biomedical instrumentation systems
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Module 8
Instrumentation for Motion and Behavior Analysis
1
Accelerometer and Gyroscope Fundamentals
Explain the operating principles of accelerometers and gyroscopes for motion tracking.
Explain the operating principles of accelerometers and gyroscopes for motion tracking.
2
Sensor Fusion for Robust Orientation and Activity Detection
Apply sensor fusion techniques to combine data from multiple motion sensors for robust orientation and activity detection.
Apply sensor fusion techniques to combine data from multiple motion sensors for robust orientation and activity detection.
3
Designing Motor Response Measurement Systems
Design an instrumentation setup to measure motor responses, such as reaction time and movement tracking.
Design an instrumentation setup to measure motor responses, such as reaction time and movement tracking.
4
Analyzing Behavioral Patterns from Wearable Sensor Data
Describe methods for analyzing behavioral patterns from continuous wearable sensor data.
Describe methods for analyzing behavioral patterns from continuous wearable sensor data.
5
Context-Aware Computing for Physiological and Behavioral Data Interpretation
Explain the role of context-aware computing in interpreting physiological and behavioral data.
Explain the role of context-aware computing in interpreting physiological and behavioral data.
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Autonomic and Somatic Nervous System Indicators
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Clinical Diagnostics and Imaging