| Publisher | University of New Mexico | ||
|---|---|---|---|
| Format | 333.6KB PDF | Date added | 26 Jan 2008 |
| Topics | Programming Languages, Java, Application Development | ||
| Downloads | 7 | ||
Automatic cost analysis of programs has been traditionally studied in terms of a number of concrete, predefined resources such as execution steps, time, or memory. However, the increasing relevance of analysis applications such as static debugging and/or certification of user-level properties (including for mobile code) makes it interesting to develop analyses for resource notions that are actually application-dependent. This may include, for example, bytes sent or received by an application, number of files left open, number of SMSs sent or received, number of accesses to a database, money spent, energy consumption, etc. This paper presents a fully automated analysis for inferring upper bounds on the usage that a Java bytecode program makes of a set of application programmer-definable resources.
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