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案件記録

REINFORCED LEARNING FOR TOPOLOGY GENERATION OF A NETWORK-ON-CHIP

発明審査中
20請求項 · 3 独立
§ Ⅰ

案件概要

発明者

Amir CHARIF; Ugo LECERF; Donatello CONTE

IPC分類

G6N 3/92G6N 3/42

CPC分類

G6N3/92G6N3/42

A computer-implemented method includes loading a simplistic network-on-chip (NoC) topology that is fully routed, and performing reinforcement learning on the NoC topology to identify a sequence of topology transformations that will produce a more optimal NoC topology. Performing the reinforcement learning includes running a plurality of training sessions. Running each training session includes using a machine learning model to apply a set of transformations to the NoC topology according to a policy, computing a cost of the NoC topology after the set of transformations has been applied, and updating the policy in response to the cost.

原文(中国語)

A computer-implemented method includes loading a simplistic network-on-chip (NoC) topology that is fully routed, and performing reinforcement learning on the NoC topology to identify a sequence of topology transformations that will produce a more optimal NoC topology. Performing the reinforcement learning includes running a plurality of training sessions. Running each training session includes using a machine learning model to apply a set of transformations to the NoC topology according to a policy, computing a cost of the NoC topology after the set of transformations has been applied, and updating the policy in response to the cost.

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