Context switching imposes a performance penalty on threads in a multitasking environment. The source of this penalty is both direct overhead due to running the context switch code and indirect overhead due to perturbation of caches. We calculate indirect overhead by measuring the running time of tasks that use context switching and subtracting the direct overhead. We also measure the indirect overhead impact on the running time of tasks due to processor interrupt servicing. Experiment results are presented for the Linux kernel running on an ARM processor based mobile device platform
Priority based preemptive schedulers are preferred over non-preemptive schedulers due to their flexi...
A feature in modern operating systems is the ability to switch between programs so they appear to ru...
This paper examines the article ”Context Threading ” by Berndl, Vitae, Zaleski and Brown published i...
Measuring the indirect cost of context switch is a challenging problem. In this paper, we show our r...
Context switching times are a major source of overhead in medium to fine grain process scheduling. W...
Nowadays more and more embedded real-time applications use multithreading. The benefits of multithr...
Multithreading is an important software modularization technique. However, it can incur substantial ...
Priority based preemptive schedulers are preferred over non-preemptive schedulers due to their flexi...
Multithreading is an important software modularization technique. However, it can incur substantial ...
Virtualisation encourages users to procure, relinquish and scale resources frequently. Such fluid de...
In most contemporary systems there are several jobs concurrently competing for shared resources, suc...
Abstract-Virtual prototypes are widely employed in today's development of embedded hardware and...
Operating system process scheduling has been an active area of research for many years. Process sche...
International audienceNowadays, FPGAs are integrated in high-performance computing systems, servers,...
Abstract—Approaches that tackle multithreaded programs suffer from state explosion problem. Promisin...
Priority based preemptive schedulers are preferred over non-preemptive schedulers due to their flexi...
A feature in modern operating systems is the ability to switch between programs so they appear to ru...
This paper examines the article ”Context Threading ” by Berndl, Vitae, Zaleski and Brown published i...
Measuring the indirect cost of context switch is a challenging problem. In this paper, we show our r...
Context switching times are a major source of overhead in medium to fine grain process scheduling. W...
Nowadays more and more embedded real-time applications use multithreading. The benefits of multithr...
Multithreading is an important software modularization technique. However, it can incur substantial ...
Priority based preemptive schedulers are preferred over non-preemptive schedulers due to their flexi...
Multithreading is an important software modularization technique. However, it can incur substantial ...
Virtualisation encourages users to procure, relinquish and scale resources frequently. Such fluid de...
In most contemporary systems there are several jobs concurrently competing for shared resources, suc...
Abstract-Virtual prototypes are widely employed in today's development of embedded hardware and...
Operating system process scheduling has been an active area of research for many years. Process sche...
International audienceNowadays, FPGAs are integrated in high-performance computing systems, servers,...
Abstract—Approaches that tackle multithreaded programs suffer from state explosion problem. Promisin...
Priority based preemptive schedulers are preferred over non-preemptive schedulers due to their flexi...
A feature in modern operating systems is the ability to switch between programs so they appear to ru...
This paper examines the article ”Context Threading ” by Berndl, Vitae, Zaleski and Brown published i...