Paper Info
Title
PERTS: A prototyping environment for real-time systems.
Abstract
PERTS is a prototyping environment for real-time systems. It is being built incrementally and will contain schedulers and resource access protocols for time-critical applications, together with tools and a simulation environment for the analysis, validation, and evaluation of real-time systems built on the scheduling paradigms supported by these building blocks. Specifically, PERTS is designed to support the evaluation of new design approaches, experimentation with alternative scheduling and resource management strategies, and the analysis and performance profiling of the resultant prototype real-time systems. This paper first describes the underlying models of real-time systems supported by PERTS together with its intended use and capabilities. A key component is the schedulability analyzer. The basic version of this system supports the analysis and validation of real-time systems built on the framework of the periodic-task model. This system of tools is now available. Future enhancements of the schedulability analyzer for real-time systems that cannot be characterized by the periodic-task model will make use of several new schedulability conditions and performance bounds.
Year
DOI
Venue
1996
10.1142/S0218194096000089
International Journal of Software Engineering and Knowledge Engineering
Keywords
DocType
Volume
alternative scheduling,new schedulability condition,prototyping environment,real-time system,new design approach,prototyping tools,resource access protocol,schedulability analysis,schedulability analyzer,periodic-task model,performance bound,intended use,validation,resource management,analysis,evaluation,artificial intelligence,programming languages,scheduling,application software,prototypes,real time systems,computer programming,operating systems,software engineering
Journal
6
Issue
ISSN
Citations 
2
0218-1940
54
PageRank 
References 
Authors
4.87
16
9
Name
Order
Citations
PageRank
Jane W.-S. Liu11399337.97
Juan Redondo2544.87
Zhong Deng3544.87
Too Tia4544.87
Riccardo Bettati574472.39
Ami Silberman6565.58
Matthew Storch7544.87
Rhan Ha858754.88
Wei Shih9544.87