An Operating System for Multicore and Clouds: Mechanisms and Implementation
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MIT-CSAIL-TR-2010-003.pdf
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1.05 MB
Format
Adobe PDF
Checksum (MD5)
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Author(s)
Modzelewski, Kevin
Miller, Jason
Belay, Adam
Beckmann, Nathan
Gruenwald, Charles, III
Wentzlaff, David
Youseff, Lamia
Agarwal, Anant
Advisor(s)
Anant Agarwal
Date Issued
February 8, 2010
Series/Report no.
MIT-CSAIL-TR-2010-003
Abstract
Cloud computers and multicore processors are two emerging classes of computational hardware that have the potential to provide unprecedented compute capacity to the average user. In order for the user to effectively harness all of this computational power, operating systems (OSes) for these new hardware platforms are needed. Existing multicore operating systems do not scale to large numbers of cores, and do not support clouds. Consequently, current-day cloud systems push much complexity onto the user, requiring the user to manage individual Virtual Machines (VMs) and deal with many system-level concerns. In this work we describe the mechanisms and implementation of a factored operating system named fos. fos is a single system image operating system across both multicore and Infrastructure as a Service (IaaS) cloud systems. fos tackles OS scalability challenges by factoring the OS into its component system services. Each system service is further factored into a collection of Internet-inspired servers which communicate via messaging. Although designed in a manner similar to distributed Internet services, OS services instead provide traditional kernel services such as file systems, scheduling, memory management,and access to hardware. fos also implements new classes of OS services like fault tolerance and demand elasticity. In this work, we describe our working fos implementation, and provide early performance measurements of fos for both intra-machine and inter-machine operations.
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