Profiling a Many-core Neuromorphic Platform

Sugiarto, Indar and Plana, Luis A. and Temple, Steve and Sen-Bhattacharya, Basabdatta and Furber, Steve Bryan and Camilleri, Patrick (2017) Profiling a Many-core Neuromorphic Platform. In: 2017 IEEE 11th International Conference on Application of Information and Communication Technologies (AICT), 22-09-2017 - 22-09-2017, Moscow - Rusia.

	PDF Download (4Mb)
	PDF Download (2143Kb)

Abstract

This paper presents a unified profiling platform for a many-core machine that gives realtime information about the current states of the system. Such information are valuable for observation and evaluation of running programs on the machine, as well as the health status of the machine itself. The information from the profiler can also be used for tuning the system�s kernel operational parameters to maintain its perfor- mance and reliability. In our work, the profiler framework is developed for SpiNNaker, a many-core neuromorphic platfrom. The profiler framework provides realtime information such as power consumption, chips temperature, processors frequency, cores utilization, and network connectivity. Many researchers and institutions have been using SpiNNaker not only for simulating spiking neural networks, but also for general purpose and energy- aware computing. Therefore, it is important to provide a reliable and comprehensive profiling platform for helping SpiNNaker users in developing their program.

Actions (login required)