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Dynamic Resource Allocation on a Multiprocessor Chip
Active from 2000 - 2002
To obtain best performance in a multi-processor chip, on-chip resources such as cache memory and off-chip bandwidth must be managed dynamically. In this project, ESP is used to evolve neural networks to decide how to continuously reallocate the available cache banks to processors. Trace-based simulations show that significant performance increases over static allocation are possible this way.
People
Faustino Gomez
Postdoctoral Alumni
tino [at] idsia ch
Publications
Neuroevolution: Automating Creativity in AI Model Design
2025
Sebastian Risi, David Ha, Yujin Tang, Risto Miikkulainen, To Appear In , MIT Press, Cambridge, MA 2025. MIT Press.
A Neuroevolution Method For Dynamic Resource Allocation On A Chip Multiprocessor
2001
Faustino J. Gomez, Doug Burger, and Risto Miikkulainen, In
Proceedings of the {INNS-IEEE} International Joint Conference on Neural Networks
, pp. 2355-2361, Piscataway, NJ 2001. IEEE.
Related Areas
Neuroevolution
Labs
Neural Networks