Measuring the indirect cost of context switch is a challenging problem. In this paper, we show our results of experimen-tally quantifying the indirect cost of context switch using a synthetic workload. Specifically, we measure the impact of program data size and access stride on context switch cost. We also demonstrate the potential impact of OS background interrupt handling on the measurement accuracy. Such im-pact can be alleviated by using a multi-processor system on which one processor is employed for context switch measure-ment while the other runs OS background tasks
Context-aware applications monitor changes in their operating environment and switch their behaviour...
Priority based preemptive schedulers are preferred over non-preemptive schedulers due to their flexi...
Software based instrumentation is frequently used to measure the performance of parallel and distrib...
Context switching imposes a performance penalty on threads in a multitasking environment. The source...
Virtualisation encourages users to procure, relinquish and scale resources frequently. Such fluid de...
A crucial aspect in software development is understanding how an application’s performance scales as...
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...
Context switching times are a major source of overhead in medium to fine grain process scheduling. W...
In most contemporary systems there are several jobs concurrently competing for shared resources, suc...
Experiments performed in controlled environments have revealed that interruptions occurring at appli...
Multithreading is an important software modularization technique. However, it can incur substantial ...
When trying to track down bugs using cyclic debugging, the ability to correctly reproduce executions...
A program profile attributes run-time costs to portions of a program's execution. Most profiling sys...
Multithreading is an important software modularization technique. However, it can incur substantial ...
Context-aware applications monitor changes in their operating environment and switch their behaviour...
Priority based preemptive schedulers are preferred over non-preemptive schedulers due to their flexi...
Software based instrumentation is frequently used to measure the performance of parallel and distrib...
Context switching imposes a performance penalty on threads in a multitasking environment. The source...
Virtualisation encourages users to procure, relinquish and scale resources frequently. Such fluid de...
A crucial aspect in software development is understanding how an application’s performance scales as...
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...
Context switching times are a major source of overhead in medium to fine grain process scheduling. W...
In most contemporary systems there are several jobs concurrently competing for shared resources, suc...
Experiments performed in controlled environments have revealed that interruptions occurring at appli...
Multithreading is an important software modularization technique. However, it can incur substantial ...
When trying to track down bugs using cyclic debugging, the ability to correctly reproduce executions...
A program profile attributes run-time costs to portions of a program's execution. Most profiling sys...
Multithreading is an important software modularization technique. However, it can incur substantial ...
Context-aware applications monitor changes in their operating environment and switch their behaviour...
Priority based preemptive schedulers are preferred over non-preemptive schedulers due to their flexi...
Software based instrumentation is frequently used to measure the performance of parallel and distrib...