The proposed research and experiment will consider several applications such as ML training, distributed big-data data- processing, and web-microservices to quantify their energy and carbon footprint .
At Chalmers, PI Hassan has been focusing on de-bloating machine learning (ML) systems. The aim is to reduce the resource consumption of ML systems by removing unnecessary features and inefficiencies in ML codes and models using automated tools. At UMass, PI Shenoy and his colleagues have been funded by the NSF to design a Carbon First approach to (i) make carbon a first-class systems design goal and (ii) to decarbonize cloud computing through carbon-aware software optimizations. These two projects address complementary issues and will come together to experiment with making cloud software applications energy-efficient and zero-carbon.
The research will yield design principles for making cloud platforms and applications sustainable and low carbon.
Assistant Professor Ahmed Ali-Eldin Hassan, (Chalmers tekniska högskola)
Not available yet
This experiment is currently underway.
NGI Project: NGI atlantic
Status: Early research demo