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首页> 外文期刊>Latin America Transactions, IEEE (Revista IEEE America Latina) >Detection and Containment Amortization UDP Sockets for Multithreading on Multicore Machines
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Detection and Containment Amortization UDP Sockets for Multithreading on Multicore Machines

机译:多核计算机上用于多线程的检测和包含分摊UDP套接字

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The use of parallelism has become the first choice when seeking better efficiency in the implementation and execution of tasks. However, there are cases where not achieve real gains with this technique, for example the case of concurrent access and read access on UDP sockets on Linux. This paper presents profiling and testing techniques in Linux to show how UDP sockets have points of contention inherent in its design, resources that make them incompatible with the traditional parallelism schemes that provide access to a shared structure, and checks how finally the problem is transferred to the communication layer between different processors with real cost. Finally, a simple and novel approach is presented to provide efficiency in the context specified without penalize the communication channels between processors.
机译:当在任务的执行和执行中寻求更好的效率时,使用并行已成为首选。但是,在某些情况下,使用此技术无法真正获得收益,例如,在Linux上的UDP套接字上进行并发访问和读取访问的情况。本文介绍了Linux中的性能分析和测试技术,以显示UDP套接字在其设计中如何具有固有的争用点,使它们与提供对共享结构的访问权限的传统并行方案不兼容的资源,并检查问题最终如何转移到不同处理器之间的通信层的实际成本。最后,提出了一种简单新颖的方法来在指定的上下文中提供效率,而不会惩罚处理器之间的通信通道。

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