About My Research

Research Areas:

Computational neuroscience
- Spike train analysis
  - Multiple spike train analyses
  - Stochastic statistical analyses
  - Corrleation analyses
  - Spike time and phase relationship analyses
  - Neural encoding/decoding analyses
  - Neural information processing
- Neural simulation
  - Generic object-oriented realistic neural simulator
  - Spike train simulator
- Neural Networks
  - Learning rules -- Hebbian associative learning
  - Time-delayed network architecture
  - Neural network analyses
  - Artifical neural net algorithms
- Autonomous robotic control
  - Nagivational control
  - Insect-like mini-robot for automonous path searching, path finding and path planning
  - Sensori-motor integration
  - Decision making
Experimental neuroscience
- Emotional components
  - Theoretical emotional model in humans
  - Experimental analysis of parameters regulating emotions in rats
  - Limbic system
  - Mesolimbic system
- Motor control
  - cerebellum neurophysiology
  - motor integration
  - sensori-motor integration
Innovative Teaching Methodology
- Excellence in higher education
- Science education
- Critical thinking techniques
- Creative thinking techniques
- Positive reinforcement techniques
- Learner-centered learning methodology
- Brain-compatible learning methodology
- Psychology and neuroscience of procedural learning and associative learning
- The art and science of education
- Education philosophy
- Assessment, evaluation and accountability

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