面向多核系统的高级并行编程模型

A. Marowka
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引用次数: 6

摘要

并行编程代表了软件工程师编写软件的下一个转折点。如今,在超级计算机、台式计算机和笔记本电脑的核心位置都可以找到多核处理器。因此,应用程序将越来越需要并行化,以充分利用现在可用的多核处理器吞吐量增益。不幸的是,编写并行代码比编写串行代码要复杂得多。这就是线程构建块(TBB)方法进入并行计算领域的地方。通过使用高级抽象来隐藏并行编程的复杂性,TBB可以帮助开发人员更轻松地创建多线程应用程序。我们通过评估几个实际应用程序来研究TBB的可编程性和性能。结果显示了非常有希望的性能,但是使用TBB进行并行编程仍然很繁琐并且容易出错。
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Towards High-Level Parallel Programming Models for Multicore Systems
Parallel programming represents the next turning point in how software engineers write software. Multicore processors can be found today in the heart of supercomputers, desktop computers and laptops. Consequently, applications will increasingly need to be parallelized to fully exploit multicore processors throughput gains now becoming available. Unfortunately, writing parallel code is more complex than writing serial code. This is where the threading building blocks (TBB) approach enters the parallel computing picture. TBB helps developers create multithreaded applications more easily by using high-level abstractions to hide much of the complexity of parallel programming, We study the programmability and performance of TBB by evaluating several practical applications. The results show very promising performance but parallel programming with TBB is still tedious and error-prone.
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