Modeling towards homeostatic plasticity in neuronal activities. - Subha Danushika Fernando; Shuichi Matsuzaki; Ashu Marasinghe (Artif. Life Robotics, 2009)

Neuroscience inspired architecture for neural computing. - Subha Danushika Fernando; Koichi Yamada; Ashu Marasinghe (Humans and Computers, 2010)

Observed Stent's anti-Hebbian postulate on dynamic stochastic computational synapses. - Subha Danushika Fernando; Koichi Yamada; Ashu Marasinghe (IJCNN, 2011)

Spike-timing dependent plasticity with release probability supported to eliminate weight boundaries and to balance the excitation of Hebbian neurons. - Subha Danushika Fernando; Koichi Yamada (SCIS&ISIS, 2012)

Spike-Timing-Dependent Plasticity and Short-Term Plasticity Jointly Control the Excitation of Hebbian Plasticity without Weight Constraints in Neural Networks. - Subha Danushika Fernando; Koichi Yamada (Comput. Intell. Neurosci., 2012)

Synaptic redistribution and variability of signal release probability of Hebbian neurons at low-firing frequencies in a dynamic stochastic neural network. - Subha Danushika Fernando; Koichi Yamada (Artif. Life Robotics, 2013)