Title :
The Autonomic Operating System research project - Achievements and future directions
Author :
Bartolini, Davide B. ; Cattaneo, Riccardo ; Durelli, G.C. ; Maggio, Martina ; Santambrogio, Marco D. ; Sironi, Filippo
Author_Institution :
Politec. di Milano, Milan, Italy
fDate :
May 29 2013-June 7 2013
Abstract :
Traditionally, hypervisors, operating systems, and runtime systems have been providing an abstraction layer over the bare-metal hardware. Traditional abstractions, however, do not consider for nonfunctional requirements such as system-level constraints or users´ objectives. As these requirements are gaining increasing importance, researchers are looking into making user-specified and systemlevel objectives first-class citizens in the computer systems´ realm. This paper describes the Autonomic Operating System (AcOS) project; AcOS enhances commodity operating systems with an autonomic layer that enables self-* properties through adaptive resource allocation. With AcOS, we investigate intelligent resource allocation to achieve user-specified service-level objectives on application performance and to respect system-level thresholds on CPU temperature. We give a broad overview of AcOS, elaborate on its achievements, and discuss research perspectives.
Keywords :
operating system kernels; research initiatives; resource allocation; AcOS; CPU temperature; abstraction layer; adaptive resource allocation; autonomic layer; autonomic operating system project; autonomic operating system research project; bare metal hardware; computer system realm; hypervisors; intelligent resource allocation; runtime system; system level threshold; Linux; Monitoring; Operating systems; Resource management; Runtime; Temperature measurement; Throughput; Autonomic computing; Dynamic thermal management; Operating systems; Performance management; Virtualization;
Conference_Titel :
Design Automation Conference (DAC), 2013 50th ACM/EDAC/IEEE
Conference_Location :
Austin, TX