Physics & Astronomy Seminar: Spiking Neural Network and Neuromorphic Computing Paradigm

Kun Yue, PhD candidate of the Ming Hsieh Department of Electrical and Computer Engineering, University of Southern California, will present.The spiking  neural  network  (SNN)  mimicking  the  operation  mechanism  of  neurons  in  the  human  brain  is  a promising method to tackle the grand challenge posed by the National Academy of Engineering of U.S.,“reverse-engineering the brain”. However, traditional computing platforms including CPU and GPU are inefficient SNN implementation in terms of power consumption and time complexity. Hence, neuromorphic computing paradigm was proposed to achieve a biomimetic deployment of SNN. In this talk, I will first briefly introduce the spiking  neural  network (SNN). I will then discuss the promises and challenges of neuromorphic computing platforms design including digital and analog implementations. Last, I will discuss a few examples using novel nanoelectronic devices to design synapse and axon hillock circuits.

Tuesday, February 25 at 11:30am to 12:30pm

Ho Science Center, 101
1819 Oak Dr, Hamilton, NY 13346, USA

Topic

Academics, Natural Sciences Mathematics

Event Format

Lectures, colloquia, seminars, etc.

Group
Physics & Astronomy Department
Contact E-mail

djanney@colgate.edu

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