Cache locking have shown during the last years their usefulness easing the schedulability analysis of multitasking, preemptive, real-time systems.
Abstract. Cache locking have shown during the last years their useful- ness easing the schedulability analysis of multitasking, preemptive, real- time ...
Cache locking have shown during the last years their usefulness easing the schedulability analysis of multitasking, preemptive, real-time systems.
Unexpected result for HI! • The GA is unable to find a cache size large enough to make the systems schedulable for systems with periods HI.
TL;DR: This work shows how full, dynamic cache locking may help to reduce the size of the cache memory versus a regular cache thanks to a genetic algorithm ...
Using dynamic, full cache locking and genetic algorithms for cache size minimization in multitasking, preemptive, real-time systems · Autores UPV. Martí Campoy ...
Using Dynamic, Full Cache Locking and Genetic Algorithms for Cache Size Minimization in Multitasking, Preemptive, Real-Time Systems. TPNC 2013: 157-168.
This work presents a comprehensive method for attaining predictability on the use of caches in real-time systems through the use of locking caches, which ensure ...
Missing: Size Minimization
Abstract: In multitask, preemptive real-time systems, the use of cache memories makes estimating the response time of tasks difficult, due to the dynamic ...
This work presents a comprehensive method for attaining predictability on the use of caches in real-time systems through the use of locking caches, which ensure ...
Missing: Minimization | Show results with:Minimization