Ph.D. Students and Dissertation Research Areas

Exploiting Information in Spiking Patterns - Rami Alzahrani

CIRCUIT DESIGN WITH NANO ELECTRONIC DEVICES FOR BIOMIMETIC NEUROMORPHIC SYSTEMS: Kun Yue - Graduated!
Power-Efficient Biomimetic Neural Circuits: Pezhman Mamdouh - Graduated!
Demonstrating the role of multiple memory mechanisms in learning patterns using neuromorphic circuits: Saeid Barzegarjalali - Graduated!
Astrocyte-Mediated Plasticity and Repair in CMOS Neuromorphic Circuits: Rebecca Kim Lee - Graduated!
Adaptive Event-Driven Simulation Strategies for Accurate and High Performance Retinal Simulation: Adi Azar - Graduated!
Modeling Astrocyte-Neural Interactions in CMOS Neuromorphic Circuits: Yilda Irizarry-Valle - Graduated!
DENDRITIC COMPUTATION AND PLASTICITY IN NEUROMORPHIC CIRCUITS: Chih-Chieh Hsu - Graduated!
Spiking Neuron Circuits, Synaptic and Structural Plasticity Circuit Emulations: Jonathan Joshi - Graduated!
Emulating Variability in the Behavior of Artificial Central Neurons: Mohammad Mahvash - Graduated!
A FREQUENCY-BASED MATHEMATICAL MODEL OF BINOCULAR COMPLEX CELL RESPONSES: Ben Raskob - Graduated!
Retinal Circuits and Whole Retinal Connectivity: Ko-Chung Tseng - Graduated!

Dissertations Available on Request