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首页> 外文期刊>IEEE Transactions on Nuclear Science >The Scalable Coherent Interface, IEEE P 1596, status and possible applications to data acquisition and physics
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The Scalable Coherent Interface, IEEE P 1596, status and possible applications to data acquisition and physics

机译:可伸缩相干接口,IEEE P 1596,状态以及在数据采集和物理上的可能应用

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摘要

IEEE P 1596, the Scalable Coherent Interface (SCI) (formerly known as SuperBus), is based on experience gained while developing Fastbus (ANSI/IEEE 960-1986, IEC 935), Futurebus (IEEE P896.x), and other modern 32-b buses. SCI goals include a minimum bandwidth of 1 GB/s per processor in multiprocessor systems with thousands of processors; efficient support of a coherent distributed-cache image of distributed shared memory; support for repeaters which interface to existing or future buses; and support for inexpensive small rings as well as for general switched interconnections like Banyan, Omega, or crossbar networks. Current directions are summarized, and the status of work in progress is reported. Some applications in data acquisition and physics are suggested.
机译:IEEE P 1596是可扩展一致接口(SCI)(以前称为SuperBus),它基于在开发Fastbus(ANSI / IEEE 960-1986,IEC 935),Futurebus(IEEE P896.x)和其他现代32时获得的经验。 -b巴士。 SCI目标包括在具有数千个处理器的多处理器系统中,每个处理器的最小带宽为1 GB / s。有效支持分布式共享内存的一致的分布式缓存映像;支持与现有或将来的总线接口的中继器;并支持廉价的小型环网以及Banyan,Omega或Crossbar网络等通用交换互连。总结了当前的方向,并报告了进行中的工作状态。建议在数据采集和物理学中的一些应用。

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