An optimal static scheduling algorithm for hard real-time systems specified in prototyping language

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Author
Cervantes, Julian Jaime
Date
1989-12Advisor
Luqi
Second Reader
Berzins, Valdis
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Show full item recordAbstract
The Computer Aided Prototyping System ( CAPS ) and the Prototype System
Description Language ( PSDL ) are tools that have been designed to aid in rapid
prototyping. Within the framework of CAPS the Execution Support System (ESS)
controls the execution of the prototype. The Static Scheduler is the component
of the ESS which extracts and realizes critical timing constraints and precedence
constraints for operators.
The construction of a Static Scheduling Algorithm provides the foundation for
handling hard real-time constraints during the execution of PSDL. The proposed
work will be based on the theories of optimal sequencing through modular
decomposition, as well as enumeration techniques. An optimal algorithm will
provide the analyst with a definitive method for determining whether a given
design can meet its hard real-time requirements.
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