ML-based Fast On-Chip Transient Thermal Simulation for Heterogeneous 2.5D/3D IC Designs

Author:

Kumar Akhilesh1,Chang Norman1,Geb David1,He Haiyang1,Pan Stephen1,Wen Jimin1,Asgari Saeed1,Abarham Mehdi1,Ortiz Chris1

Affiliation:

1. Ansys,San Jose,USA

Publisher

IEEE

Reference13 articles.

1. New Thermal Issues Emerge;mutschler;Semiconductor Engineering,2018

2. Hybrid Chips may Solve Thermal, Efficiency, and Integration Challenges in 5G Mobile Devices;emilio;Electric Power's News,2019

3. Thermal-Aware IR Drop Analysis in Large Power Grid

4. Protecting AI Chips from Thermal Challenges during ATE Test;peach;Evaluation Engineering Magazine,2019

5. Thermal sensor placement based on meta-model enhancing observavility and controlability;im;ITHERM,2020

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