Mapping Machine Learning to Physics (ML2P) DARPA-SN-25-101
Summary
AI-generated · Aug 24, 2025ML2P focuses on prioritizing power efficiency for edge ML deployments in resource-constrained battlefield environments. It addresses the challenge of deploying machine learning where power is limited by seeking methods to optimize energy use from the outset.
It will map ML efficiency to physics using precise Joule measurements to enable accurate power and performance predictions across diverse hardware architectures. It will develop multi-objective optimization functions that balance power consumption with performance metrics and explore how local optimizations interact through Energy Semantics of ML (ES-ML) to solve the energy-aware ML optimization problem.
Machine learning (ML) moves fast, but it needs power. More power than we have, and that s the problem. The Department of Defense faces additional constraints with ML deployments at the edge in resource-limited battlefield environments. The ML2P program is about prioritizing power efficiency consumption right from the start. ML2P will map ML efficiency directly to physics using precise Joule measurements, enabling accurate power and performance predictions across diverse hardware architectures. ML2P will develop multi-objective optimization functions that balance power consumption with performance metrics and discover how local optimizations interact through Energy Semantics of ML (ES-ML) to solve the energy-aware ML optimization problem.
From Special Notice posted on Aug 08, 2025Notice history
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Special Notice LATEST Posted Aug 08, 2025
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