计算机体系结构和并行算法专题导论

C. Dyer
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引用次数: 3

摘要

计算机视觉的多处理器计算机体系结构和并行算法及其相关应用的主题并不新鲜,但研究人员现在正在解决更广泛的问题并强调系统集成。最近,在一系列图像理解任务上设计、构建和测试了各种不同的系统。开始处理的一个重要目标是,当一组完整的、集成的组件视觉过程组合在一起时,如何实现高性能。这个特殊部分中的论文描述了许多改进视觉架构性能的方法。每篇论文都使用不同的并行处理模型。前四篇论文描述了已经建成的机器或芯片,每一种都表现出一定的视觉优势。这些方法之间的一个重要区别在于所使用的处理器数量,这定义了并行处理的粒度。前三篇论文还评估了他们的系统在一系列视觉任务上的性能,这些任务涵盖了几种图像表示和处理要求。
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Introduction to the Special Section on Computer Architectures and Parallel Algorithms
The topic of multiprocessor computer architectures and parallel algorithms for computer vision and related applications is not new, but researchers are now addressing both a wider scope of issues and emphasizing system integration. Recently, a wide variety of different systems have been designed, built, and tested on a range of image understanding tasks. An important goal beginning to be addressed is how to achieve high performance when a complete, integrated set of component vision processes are combined. The papers in this special section describe a number of approaches to improving the performance of vision architectures. Each paper uses a different model of parallel processing. The first four papers describe machines or chips which have been built, each exhibiting certain advantages for vision. One important distinction between these approaches is in terms of the number of processors used, defining the granularity of parallel processing. The first three papers also evaluate the performance of their systems on a suite of vision tasks covering several image representations and processing requirements.
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