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Customizable and Extensible Deployment for Mobile/Cloud Applications

Thursday, August 7, 2014 - 12:30pm
Authors: 

Irene Zhang, Adriana Szekeres, Dana Van Aken, and Isaac Ackerman, University of Washington; Steven D. Gribble, Google and University of Washington; Arvind Krishnamurthy and Henry M. Levy, University of Washington

Abstract: 

Modern applications face new challenges in managing today’s highly distributed and heterogeneous environment. For example, they must stitch together code that crosses smartphones, tablets, personal devices, and cloud services, connected by variable wide-area networks, such as WiFi and 4G. This paper describes Sapphire, a distributed programming platform that simplifies the programming of today’s mobile/cloud applications. Sapphire’s key design feature is its distributed runtime system, which supports a flexible and extensible deployment layer for solving complex distributed systems tasks, such as fault-tolerance, code-offloading, and caching. Rather than writing distributed systems code, programmers choose deployment managers that extend Sapphire’s kernel to meet their applications’ deployment requirements. In this way, each application runs on an underlying platform that is customized for its own distribution needs.

Irene Zhang, University of Washington

Adriana Szekeres, University of Washington

Dana Van Aken, University of Washington

Isaac Ackerman, University of Washington

Steven D. Gribble, Google and University of Washington

Arvind Krishnamurthy, University of Washington

Henry M. Levy, University of Washington

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