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author Kermia, Omar
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Advances in Operations Research
Optimizing Distributed Real-Time Embedded System Handling Dependence and Several Strict Periodicity Constraints
Management Science and Operations Research
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spelling Kermia, Omar 1687-9147 1687-9155 Hindawi Limited Management Science and Operations Research http://dx.doi.org/10.1155/2011/561794 <jats:p>This paper focuses on real-time nonpreemptive multiprocessor scheduling with precedence and strict periodicity constraints. Since this problem is NP-hard, there exist several approaches to resolve it. In addition, because of periodicity constraints our problem stands for a decision problem which consists in determining if, a solution exists or not. Therefore, the first criterion on which the proposed heuristic is evaluated is its schedulability. Then, the second criterion on which the proposed heuristic is evaluated is its execution time. Hence, we performed a schedulability analysis which leads to a necessary and sufficient schedulability condition for determining whether a task satisfies its precedence and periodicity constraints on a processor where others tasks have already been scheduled. We also present two multiperiodic applications.</jats:p> Optimizing Distributed Real-Time Embedded System Handling Dependence and Several Strict Periodicity Constraints Advances in Operations Research
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title Optimizing Distributed Real-Time Embedded System Handling Dependence and Several Strict Periodicity Constraints
title_unstemmed Optimizing Distributed Real-Time Embedded System Handling Dependence and Several Strict Periodicity Constraints
title_full Optimizing Distributed Real-Time Embedded System Handling Dependence and Several Strict Periodicity Constraints
title_fullStr Optimizing Distributed Real-Time Embedded System Handling Dependence and Several Strict Periodicity Constraints
title_full_unstemmed Optimizing Distributed Real-Time Embedded System Handling Dependence and Several Strict Periodicity Constraints
title_short Optimizing Distributed Real-Time Embedded System Handling Dependence and Several Strict Periodicity Constraints
title_sort optimizing distributed real-time embedded system handling dependence and several strict periodicity constraints
topic Management Science and Operations Research
url http://dx.doi.org/10.1155/2011/561794
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description <jats:p>This paper focuses on real-time nonpreemptive multiprocessor scheduling with precedence and strict periodicity constraints. Since this problem is NP-hard, there exist several approaches to resolve it. In addition, because of periodicity constraints our problem stands for a decision problem which consists in determining if, a solution exists or not. Therefore, the first criterion on which the proposed heuristic is evaluated is its schedulability. Then, the second criterion on which the proposed heuristic is evaluated is its execution time. Hence, we performed a schedulability analysis which leads to a necessary and sufficient schedulability condition for determining whether a task satisfies its precedence and periodicity constraints on a processor where others tasks have already been scheduled. We also present two multiperiodic applications.</jats:p>
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description <jats:p>This paper focuses on real-time nonpreemptive multiprocessor scheduling with precedence and strict periodicity constraints. Since this problem is NP-hard, there exist several approaches to resolve it. In addition, because of periodicity constraints our problem stands for a decision problem which consists in determining if, a solution exists or not. Therefore, the first criterion on which the proposed heuristic is evaluated is its schedulability. Then, the second criterion on which the proposed heuristic is evaluated is its execution time. Hence, we performed a schedulability analysis which leads to a necessary and sufficient schedulability condition for determining whether a task satisfies its precedence and periodicity constraints on a processor where others tasks have already been scheduled. We also present two multiperiodic applications.</jats:p>
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spelling Kermia, Omar 1687-9147 1687-9155 Hindawi Limited Management Science and Operations Research http://dx.doi.org/10.1155/2011/561794 <jats:p>This paper focuses on real-time nonpreemptive multiprocessor scheduling with precedence and strict periodicity constraints. Since this problem is NP-hard, there exist several approaches to resolve it. In addition, because of periodicity constraints our problem stands for a decision problem which consists in determining if, a solution exists or not. Therefore, the first criterion on which the proposed heuristic is evaluated is its schedulability. Then, the second criterion on which the proposed heuristic is evaluated is its execution time. Hence, we performed a schedulability analysis which leads to a necessary and sufficient schedulability condition for determining whether a task satisfies its precedence and periodicity constraints on a processor where others tasks have already been scheduled. We also present two multiperiodic applications.</jats:p> Optimizing Distributed Real-Time Embedded System Handling Dependence and Several Strict Periodicity Constraints Advances in Operations Research
spellingShingle Kermia, Omar, Advances in Operations Research, Optimizing Distributed Real-Time Embedded System Handling Dependence and Several Strict Periodicity Constraints, Management Science and Operations Research
title Optimizing Distributed Real-Time Embedded System Handling Dependence and Several Strict Periodicity Constraints
title_full Optimizing Distributed Real-Time Embedded System Handling Dependence and Several Strict Periodicity Constraints
title_fullStr Optimizing Distributed Real-Time Embedded System Handling Dependence and Several Strict Periodicity Constraints
title_full_unstemmed Optimizing Distributed Real-Time Embedded System Handling Dependence and Several Strict Periodicity Constraints
title_short Optimizing Distributed Real-Time Embedded System Handling Dependence and Several Strict Periodicity Constraints
title_sort optimizing distributed real-time embedded system handling dependence and several strict periodicity constraints
title_unstemmed Optimizing Distributed Real-Time Embedded System Handling Dependence and Several Strict Periodicity Constraints
topic Management Science and Operations Research
url http://dx.doi.org/10.1155/2011/561794