基本説明
Subseries: Programming and Software Engineering.
Full Description
The First International Workshop on FOundational and Practical Aspects of Resource Analysis (FOPARA) was initiated to serve as a forum for presenting originalresearchresultsthatarerelevanttothe analysisofresource(time,space) consumption by computer programs. FOPARA aimed to bring together the - searchers working on foundational issues with the researchers focusing more on practical results. Therefore, both theoretical and practical contributions were encouraged.The contributions coveredthe following topics: resourceanalysisfor embedded systems, logical and machine-independent characterizations of c- plexity classes, logics closely related to complexity classes, type systems for c- trolling complexity, semantic methods to analyze resources,including quasi- and sup-interpretations, practical applications of resource analysis, etc. This ?rst FOPARA brought two di?erent groups of researchers together. In 2006 and 2008 informal application-oriented resource analysis workshops (an EmBoundedOpen WorkshopinBudapest,2006,andaResourceAnalysisWo- shop in Hertfordshire, 2008) were held as a?liated events of the International Symposium on the Implementation and Application of Functional Languages (IFL).
Participants in these workshops were the University of St. Andrew (UK), Heriot-Watt University of Edinburgh (UK), Ludwig Maximilians University of Munich (Germany), Complutense University of Madrid (Spain) and the Po- technical University of Madrid (Spain). Another group of researchers was active in the series of informal workshops on implicit computational complexity (see, for instance, WICC 2008 in Paris). That series gathers researchers working in theoretical foundations of resource analysis, mainly from France (universities of ParisDiderotandParisNord,LORIANancy),Italy(universitiesofBolognaand Turin), Norway, Germany and Portugal.
Contents
FOPARA 2009.- Comparing Cost Functions in Resource Analysis.- Improvements to a Resource Analysis for Hume.- A Space Consumption Analysis by Abstract Interpretation.- Global and Local Space Properties of Stream Programs.- Characterising Effective Resource Analyses for Parallel and Distributed Coordination.- Static Complexity Analysis of Higher Order Programs.- Derivational Complexity Is an Invariant Cost Model.- A Local Criterion for Polynomial-Time Stratified Computations.- Non-deterministic Boolean Proof Nets.- Polynomial Time Computation in the Context of Recursive Analysis.
