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data transfer path
相关语句
  数据传输路径
     The data transfer path from the calculation of this algorithm is the shortest deadlock-free transfer path.
     根据该算法得出的数据传输路径是无死锁的最短传输路径。
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  “data transfer path”译为未确定词的双语例句
     The model adopts the out-of-band data transfer path, and enables load balancing and on-line migration. It is the basis of the good performance and scalability of BWFS.
     DLRM模型确定了BWFS的“带外”数据传输架构,将负载和存储分担到多个节点组成的机群上,实现并发管理和并发数据传输,因此奠定了系统强大可扩展性,为系统实现负载平衡、在线迁移等提供了可能。
短句来源
  相似匹配句对
     USB data transfer
     通用串行总线数据传输
短句来源
     Data Transfer Object Mode
     Data Transfer Object模式探讨
短句来源
     DATA
     数据
短句来源
     Analysis of data path in RPR
     RPR中数据通路的分析
短句来源
     The data transfer path from the calculation of this algorithm is the shortest deadlock-free transfer path.
     根据该算法得出的数据传输路径是无死锁的最短传输路径。
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  data transfer path
Thus the toolkit should not induce extra latency in the data transfer path.
      
IV discusses location management method that can be used with TraSH and the data transfer path used by TraSH after the handover.
      


Byte error correcting codes are demanded in byte-oriented systems such as main memory, data transfer path, etc.. In this paper a class of single byte error correcting double byte error detecting codes (Sb/EC Db/ED codes) generated by means of the recursive process is presented. If the byte length is b, the length of checking part of the code is m bytes, the length of information part of the code is k bytes, then the maximal code length will be n=m+k=2m-2 (2b-1+1) bytes. In case of b= 1, these codes are...

Byte error correcting codes are demanded in byte-oriented systems such as main memory, data transfer path, etc.. In this paper a class of single byte error correcting double byte error detecting codes (Sb/EC Db/ED codes) generated by means of the recursive process is presented. If the byte length is b, the length of checking part of the code is m bytes, the length of information part of the code is k bytes, then the maximal code length will be n=m+k=2m-2 (2b-1+1) bytes. In case of b= 1, these codes are the same with the ordinary binary Hamming SBC DED codes. Furthermore, another class of Sb/EC Db/BD rotation codes is produced with a computer. The length of such a code is longer than that of the previous one as the length of the checking part is increased.

对于面向字节组织的系统,如存储器、数据传输通路等,为了提高系统可靠性,需要采用能校正字节错的纠错码。本文提出一种用递归方法形成的单字节错校正双字节错检测码(S_bEC/D_bED码)。设字节长度为b位,该代码的校验部分长度为m字节,信息部分长度为k字节,则最大代码长度为n=2~(m-2)(2~(b-1)+1)字节。在b=1的特殊情况下,即为一般二元海明SEC/DED码。此外,用计算机推导出一种S_bEC/D_bED旋转码,这种码随校验部分长度的增加,具有比前一种码更大的代码长度。

The 2-dimensional-mesh structure has been widely used with its better expansibility. Therefore, the communication to find a nice routing algorithm between 2 dimensional-mesh structure multi-processors becomes more and more important. Based on the option red machine in Intel Co., the communication mechanism in double-layer 2-dimensional-mesh structure multi-processors is analyzed. Furthermore, the deadlock-free Wormhole routing algorithm is introduced that is suitable for double-layer 2-dimensional-mesh structure....

The 2-dimensional-mesh structure has been widely used with its better expansibility. Therefore, the communication to find a nice routing algorithm between 2 dimensional-mesh structure multi-processors becomes more and more important. Based on the option red machine in Intel Co., the communication mechanism in double-layer 2-dimensional-mesh structure multi-processors is analyzed. Furthermore, the deadlock-free Wormhole routing algorithm is introduced that is suitable for double-layer 2-dimensional-mesh structure. This new structure is developed based on the Wormhole Unicast adaptive algorithm in single-layer 2-dimensional-mesh structure. The data transfer path from the calculation of this algorithm is the shortest deadlock-free transfer path.

二维网格结构由于其较好的可扩 展性而被越来越广泛地应用,因此对于二维网格结构多处理机间的数据通信,寻找一个好的路由算法也越来越重要。以Intel公司的Option Red机器为背景,分析了双层二维网格结构多处理机间的通信机制,并且针对该实际结构,根据单层二维网格结构中以Wormhole原理为基础的Unicast自适应路由算法,提出了适用于双层二维网格结构的无死锁的Wormhole路由算法。根据该算法得出的数据传输路径是无死锁的最短传输路径。

 
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