Recently, various memristive systems emerge to emulate the efficient computing paradigm of the
brain cortex; whereas, how to make them energy efficient still remains unclear, especially from an
overall perspective. Here, a systematical and bottom-up energy consumption analysis is demonstrated,
including the memristor device level and the network learning level. We propose an energy estimating
methodology when modulating the memristive synapses, which is simulated in three typical neural
networks with different synaptic structures and learning strategies for both offline and online learning.
These results provide an in-depth insight to create energy efficient brain-inspired neuromorphic devices
in the future
Recently, various memristive systems emerge to emulate the efficient computing paradigm of thebrain cortex; whereas, how to make them energy efficient still remains unclear, especially from anoverall perspective. Here, a systematical and bottom-up energy consumption analysis is demonstrated,including the memristor device level and the network learning level. We propose an energy estimatingmethodology when modulating the memristive synapses, which is simulated in three typical neuralnetworks with different synaptic structures and learning strategies for both offline and online learning.These results provide an in-depth insight to create energy efficient brain-inspired neuromorphic devicesin the future
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