AbstractCaches incur an indirect cost to the response times of tasks due to preemptions in a task system. Hence the computation of Cache Related Preemption Delay (CRPD) is an important problem to assess the schedulability of a task system. In this paper, we have introduced the concept of inhibiting and non-nested preemptions. We have proposed a novel method to calculate tight upper and lower bounds on the number of preemptions of every task in the task-system across all phases. The problem of calculation of CRPD is modelled as a constraint satisfaction problem that can be solved by using Integer Linear Programming (ILP). The CRPD values are integrated in the worst case response time analysis
Handling cache related preemption delay (CRPD) in a pre-emptive scheduling context for real-time sys...
Tasks running on microprocessors with cache memories are often subjected to cache related preemption...
Schedulability analyses for preemptive real-time systems need to take into account cache-related pre...
AbstractCaches incur an indirect cost to the response times of tasks due to preemptions in a task sy...
With the rapid growth of complex hardware features, timing analysis has become an increasingly diffi...
Limited Preemptive Fixed Preemption Point scheduling (LP-FPP) has the ability to decrease and contro...
Abstract — Schedulability analysis for real-time systems has been the subject of prominent research ...
In preemptive real-time systems, scheduling analyses need - in addition to the worst-case execution ...
Real-time schedulability theory requires a priori knowledge of the worst-case execution time (WCET) ...
International audienceHandling cache related preemption delay (CRPD) in pre-emptive scheduling conte...
Multitasked real-time systems often employ caches to boost performance. However the unpredictable dy...
International audienceCache Related Preemption Delay (CRPD) analysis is a methodology for bounding t...
In the presence of caches, preemptive scheduling may incur a significant overhead referred to as cac...
Caches have become invaluable for higher-end architectures to hide, in part, the increasing gap betw...
Hard real-time systems are typically composed of multiple tasks, subjected to timing constraints. To...
Handling cache related preemption delay (CRPD) in a pre-emptive scheduling context for real-time sys...
Tasks running on microprocessors with cache memories are often subjected to cache related preemption...
Schedulability analyses for preemptive real-time systems need to take into account cache-related pre...
AbstractCaches incur an indirect cost to the response times of tasks due to preemptions in a task sy...
With the rapid growth of complex hardware features, timing analysis has become an increasingly diffi...
Limited Preemptive Fixed Preemption Point scheduling (LP-FPP) has the ability to decrease and contro...
Abstract — Schedulability analysis for real-time systems has been the subject of prominent research ...
In preemptive real-time systems, scheduling analyses need - in addition to the worst-case execution ...
Real-time schedulability theory requires a priori knowledge of the worst-case execution time (WCET) ...
International audienceHandling cache related preemption delay (CRPD) in pre-emptive scheduling conte...
Multitasked real-time systems often employ caches to boost performance. However the unpredictable dy...
International audienceCache Related Preemption Delay (CRPD) analysis is a methodology for bounding t...
In the presence of caches, preemptive scheduling may incur a significant overhead referred to as cac...
Caches have become invaluable for higher-end architectures to hide, in part, the increasing gap betw...
Hard real-time systems are typically composed of multiple tasks, subjected to timing constraints. To...
Handling cache related preemption delay (CRPD) in a pre-emptive scheduling context for real-time sys...
Tasks running on microprocessors with cache memories are often subjected to cache related preemption...
Schedulability analyses for preemptive real-time systems need to take into account cache-related pre...