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Please use this identifier to cite or link to this item: http://hdl.handle.net/10023/1797
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Title: ACT : a tool for performance driven evolution of distributed applications
Authors: Sage, Aled
Kirby, Graham Njal Cameron
Morrison, Ronald
Keywords: QA76 Computer software
Issue Date: 2001
Citation: Sage , A , Kirby , G N C & Morrison , R 2001 , ' ACT : a tool for performance driven evolution of distributed applications ' Paper presented at 1st IEEE Working Conference on Complex and Dynamic Systems Architecture , Brisbane , Australia , 1/12/01 , .
conference
Abstract: There are two main stages to evolving distributed applications in the manner desired by application builders: first deciding which changes are required and when, and second making the changes. Understanding the performance characteristics of distributed applications is essential for the first stage, while structural reflection over the source code may be used to achieve the latter. Here we present an automated configuring tool, ACT, that may be used to explore the need for change by empirically measuring application performance. We aim to use the data generated by ACT as input to the evolution process, informing the system how to evolve to new and improved architectural configurations. ACT is designed to be generic in that it may aid performance-driven evolution for a wide range of applications. As a case study we use DC-Mailbox, a back-end mail server from Data Connection Limited (DCL) that stores, retrieves and manages e-mail messages for a potentially large number of users.
Version: Postprint
Description: Also funded by the EPSRC CASE studentship 99802449
Status: Peer reviewed
URI: http://hdl.handle.net/10023/1797
Type: Conference paper
Appears in Collections:University of St Andrews Research
Computer Science Research



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