鉴于许多 Android* 设备的处理器都具有一个以上的内核，了解如何开发多线程应用在移动行业变得十分重要。 英特尔开发了一种名为英特尔® 线程构建模块（英特尔® TBB）的重要工具，该工具可用于开发并行应用。 英特尔® TBB 是一个跨平台模板库，用于帮助用户创建并行程序。 它可以创建和同步数据流，同时隐藏架构详情，支持您在更高的抽象化水平上工作。 英特尔® TBB 可以在所有架构上运行。 对于 Android，请使用 4.3 及更高版本。
Many Android* devices have processors with more than one core and knowing how to develop multithreaded applications has become important in the mobile industry. Intel has developed a valuable tool for developing parallel applications called Intel® Threading Building Blocks (Intel® TBB). The Intel® TBB is a cross-platform library of templates for creating parallel programs. It creates and synchronizes streams of data, hiding the details of the architecture and allowing you to work at a higher level of abstraction. Intel® TBB works on all architectures.
Recently, the new Android L 64-bit OS became available. In this paper I will show you how easy it is to develop parallel applications for Android L 64 bit with Intel® Threading Building Blocks (Intel® TBB). The Intel TBB is a cross-platform library of templates for creating parallel programs. It creates and synchronizes streams of data, hiding the details of the architecture and allowing you to work at a higher level of abstraction. Intel TBB works on all architectures. For Android, use version 4.3 and above.
This article describes a parallel merge sort code, and why it is more scalable than parallel quicksort or parallel samplesort. The code relies on the C++11 “move” semantics. It also points out a scalability trap to watch out for with C++. The attached code has implementations in Intel® Threading Building Blocks (Intel® TBB), Intel® Cilk™ Plus, and OpenMP*.
So I morphed my title from a Marine Corps. slogan - I know my late father and my not-so-late brother (both former USMC Seargents) would approve.
In the graduate course Concurrent Object Oriented Languages, taught at York University, Toronto, students do three assignment and write a paper based on these assignments.
The objective of the first assignment is to find a nontrivial concurrent algorithm in the literature. In the second assignment, the aim is the implementation of the concurrent algorithm presented in the first assignment in Java. The focus of the third assignment is to apply tools to verify the concurrent Java program of the second assignment.
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