Simulations of memory registration, activity patterns, and sequential recall are described.
We present simulations of memory capacity and classification ability of the DELTRON for different random spatio-temporal spike patterns.
Simulations of memory maintenance examined strengthening of either a single synapse or a group of 5 synapses.
We propose a new compact analytical model of Fowler Nordheim injection current including depletion and quantum oscillations effects for design and simulation of complex memory circuits.
We extend a newly introduced framework for the simulation of shape memory alloys undergoing martensite austenite phase-transformations by allowing for the evolution of individual plastic deformations in each phase considered.
Formulations and numerical simulations of shape memory process are essential issues in mechanical characterizations of shape memory polymers (SMPs).
Table 2 Small test-bed CCS used in initial simulations # of Cores Memory (GB) HDD Size (GB) Bandwidth (Mbps) Available 400 400 10,000 50,000 Each VM 2 2 100 100.
As particular application, simulations of ULP memory latches used as level-keepers in MTCMOS circuits to maintain information on floating nodes during standby mode demonstrate static power savings of 20% when compared to the best traditional schemes with comparable speed performance.
The paper deals with modeling and simulation of the Shape Memory Alloy (SMA) actuator for mechatronic systems.
In this paper, design and simulation of novel random access memory (RAM) cells using single electron tunneling (SET) technology based threshold logic gate (TLG) are presented.
