用于光线追踪图像的多处理器体系结构

M. Hebert, M. McNeill, B. Shah, R. L. Grimsdale, P. Lister
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引用次数: 9

摘要

多处理器系统非常适合光线跟踪,因为每条光线都可以独立跟踪。然而,为复杂场景建模所需的大型数据库会产生数据访问问题。在本文中,我们提出了一种用于光线跟踪的多处理器架构,它消除了在处理器级别重复数据库的需要。数据库以组处理器为基础,驻留在共享内存中。许多这样的组或集群可以被复制,以形成一个高度并行的多处理系统。该体系结构的软件模拟结果很有希望,表明每个集群可以有大量的处理器。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
MARTI-A Multiprocessor Architecture for Ray Tracing Images
Multiprocessor systems are well suited to ray tracing, since each ray can be traced independently. However, the large databases required to model complex scenes create problems of data access. In this paper we propose a multiprocessor architecture for ray tracing which removes the need for duplication of the database at processor level. The database is held on a group processor basis, and resides in shared memory. Many of these groups, or clusters, can be replicated to form a highly parallel multiprocessing system. Results of a software simulation of the architecture are promising, indicating that a large number of processors per cluster is possible.
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