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 interconnect unit 互连单元(5)互连单元的(2)
 互连单元
 Basing on these ,we give an Interconnect Unit Allocation Algorithm(IU-Allocation Algorithm). 在此基础上给出了一个互连单元分配算法IU-Allocation. 短句来源 Interconnect Unit Allocation Algorithm of the high-level synthesis 高层次综合中的互连单元分配算法 短句来源 Further, we study the algorithm of interconnect unit in high level synthesis, and formulate the allocation of interconnect unit in this paper. 本文对高层次综合中的互连单元分配算法进行了研究，对互连单元分配进行了论述。 短句来源 In order to further improve the quality of HLS design systems, this paper deeply analyze the process of datapath synthesis, and presents a practical interconnect unit allocation algorithm. 同时，为进一步提高高层次综合设计的质量，本文对数据通路的综合过程进行了深入的分析，并由此提出了一种较实用的互连单元分配算法． 短句来源 At first, interconnect unit allocation of the high-level synthesis is discussed in this article, the figure model of the datapath joint figure is inducted and a number of standard register units are defined, standard datapath and the formal describing of the datapath joint figure. 首先对高层次综合中的互连单元分配进行了讨论,引入数据通路连接图的表示模型,定义了标准寄存器单元 标准型数据通路及数据通路连接图的形式化描述. 短句来源
 互连单元的
 AN INTERCONNECT UNIT ALLOCATION ALGORITHM 一种互连单元的分配算法 短句来源 Interconnect unit allocation is the final important task in data path synthesis. 互连单元的分配是数据路径综合中的最后的一个重要任务。 短句来源

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 Artificial neural networks model is a kind of network structure consisting of a large number of simple interconnected units which are also called nodes or nuerons.It has the capacity to simulate human brains.In the area of intelligent monitoring,artificial neural networks has been manifested greater potentiality due to its excellent abilities of parallel distributed processing,self-learning,self- organization and associative memory.In this paper, knowledge representation,associative memory are studied,BP... Artificial neural networks model is a kind of network structure consisting of a large number of simple interconnected units which are also called nodes or nuerons.It has the capacity to simulate human brains.In the area of intelligent monitoring,artificial neural networks has been manifested greater potentiality due to its excellent abilities of parallel distributed processing,self-learning,self- organization and associative memory.In this paper, knowledge representation,associative memory are studied,BP nueral network algorithm and the problem which should be considered in intelligent monitoring were discussed. The Chip forms in turning process are also analyzed and diagnosed,which turns out to be satisfied. 就神经网络对给定知识的表达、联想、记忆能力进行了研究，介绍了改进ＢＰ神经网络模型算法及其应用于智能监控领域应注意的问题，并对切削加工中的切屑状态进行了实例识别诊断，取得了令人满意的效果。 Interconnect unit allocation is the final important task in data path synthesis.In this paper, a simple and compractive interconnect unit allocation algorithm is presented. It has been shown by the experimental results that this algorithm can produce optimal sulutions and has the features of high speed and effictive .It can greatly improve quality of high-level synthesis. 互连单元的分配是数据路径综合中的最后的一个重要任务。本文提出了一种简单实用的互连单元的分配算法，经实验证明，该算法能给出优化解，且具有速度快、效率高的特点，应用在高级综合系统中时，可极大地提高综合设计的质量 Massively Parallel Processing System introducing programmable cut-through communication between full-interconnect units has better performance as compared with store and forward,virtual cut-through,wormhole routing and circuit switching. presented in this paper is speed up ratio,efficiency,latency & bandwidth of the computer system based on programmable full-interconnect-unit cut-through communication.The result shows that the programmable full-interconnect-unit cut-through communication... Massively Parallel Processing System introducing programmable cut-through communication between full-interconnect units has better performance as compared with store and forward,virtual cut-through,wormhole routing and circuit switching. presented in this paper is speed up ratio,efficiency,latency & bandwidth of the computer system based on programmable full-interconnect-unit cut-through communication.The result shows that the programmable full-interconnect-unit cut-through communication is very attactive communication technology among nodes for the massively parallel processing system. 在基于全互连单元的大规模并行处理系统中，引入可程控的结点间直通通信概念，相对于存储转发、虚拟旁通、蛀孔寻径和线路交换，系统性能均有进一步提高。本文就基于全互连单元程控直通的计算机系统，对其加速比、效率、延迟时间和频带等系统性能参数进行了研究。结果表明，在大规模并行处理系统中，基于全互连单元的程控直通是极具吸引力的结点间通信技术。 << 更多相关文摘
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