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Adaptive Resource Management through Computational Self-awareness

March 22 @ 11:00 - 12:00

Free

Ph.D. candidate Bryan Donyanavard
Computer Science at UC Irvine

Abstract
As mobile battery-powered devices become ubiquitous, users and developers alike expect such devices to support a variety of demanding applications. In response, heterogeneous multicore processors have increasingly been deployed in order to provide a tradeoff between performance and power for workloads whose demands may vary over time. To effectively exploit these power-performance tradeoffs dynamically, we need to deploy intelligent runtime resource managers. Closed-loop resource managers are traditionally reactive as opposed to reflective, which is not always sufficient. In parallel, a number of disjoint research disciplines have been investigating computing systems that are inspired by self-awareness in humans. I will describe how I apply the high-level principles of computational self-awareness to design closed-loop resource managers for efficient execution of mobile systems in two scenarios: (1) for power management via DVFS, and (2) for QoS management within a power envelope.

Bio
Bryan is a Ph.D. candidate in Computer Science at UC Irvine. He is advised by Nikil Dutt, and his research focuses on runtime management of resource constrained systems. Website: https://www.ics.uci.edu/~bdonyana/

 

Details

Date:
March 22
Time:
11:00 - 12:00
Cost:
Free
Website:
More Information and Registration

Venue

KTH EECS Kista Room Amiga
Kistagången 16, Elevator B, floor 3
Kista, Stockholm 16440 Sweden
Website:
https://www.kth.se/places/room/id/fc99d3da-2d1e-4376-9da1-4fa5a4faa394

Organizer

IEEE ED Chapter