Title
FAULTTOLERANT REALTIME SCHEDULING FOR MULTIPROCESSOR SYSTEMS: PrimaryBackup Approach for PrecedenceConstrained Task Graphs,Used
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Owing to advances in VLSI and other related technologies, realtime systems have come to an age where their presence is being felt in almost every facet of human life.There is a steady rising trend in the fraction of all processors, manufactured worldwide, that find their way to realtime applications. Most of these time and mission critical applications demand reliable processing environment to guarantee error free execution and completion within the respective time deadlines. Scheduling algorithms can provide lowcost solutions to faulttolerance and graceful performance degradation by exploiting tradeoffs between space or time redundancy, timing accuracy, and quality of service. The intricacies of Primary Backup faulttolerance approach that works fine for independent task scheduling are explored for DAG structured applications through examples. This work contributes toward understanding and analyzing faulttolerance issue for precedenceconstrained realtime applications, on homogeneous and heterogeneous multiprocessing platforms, and developing a new 100% 1faulttolerant algorithm in this much desirable and critical research area.
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