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  data transfer
The outcome shows that the communication system of an agent-based automated substation improves the accuracy and reliability of the data transfer and presents it in real-time.
      
Analysis of the Random Flow Generated by the Feedback Transport Protocol in a Data Transfer Network
      
A mathematical model for the distributed traffic control algorithm used in modern data transfer networks is designed and distributions of the important characteristics of the algorithm are derived.
      
Typical subsystems of complex telecommunication networks, such as computing systems, two-pole data transfer networks and others, are investigated.
      
Along with interferences, multipath propagation and, in particular, its instability in shallow sea is the main obstacle to increasing the digital data transfer rate in underwater acoustic communication systems.
      
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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 drawing system, for teaching used by BASIC program, was studied. The running, component, data-structure and methods of linking program-files, data-files of this system were discussed in the present work.The results show that this system can solve the difficulty of BASIC program in mutual calling of program and data transfer with selection-file, chain methods of APPLE SOFT and methods of data-file input and output. Therefore BASIC program can be used to write more complex p rograms to meet the...

The drawing system, for teaching used by BASIC program, was studied. The running, component, data-structure and methods of linking program-files, data-files of this system were discussed in the present work.The results show that this system can solve the difficulty of BASIC program in mutual calling of program and data transfer with selection-file, chain methods of APPLE SOFT and methods of data-file input and output. Therefore BASIC program can be used to write more complex p rograms to meet the needs of teaching for the "Computer Drawing" course.

本文通过对模块式教学绘图系统的运行、组成、数据结构、各程序文件之间及数据文件间的连接方法的论述,说明了采用建立选择文件、APPLESOFT键接法和存取数据文件法,就可解决BASIC程序难以相互调用和传递数据的困难,并能用BASIC语言编写较复杂的绘图程序,满足“计算机绘图”课程的教学工作。

The so-called(m,n)selection problem is the problem of selecting the msmallest(or largest)numbers from n numbers(n≥m).Parallel solution of this problem has been implemented successfully on the networks,but it is seldom studied on the multiprocessor systems.This paper,first,based on Batcher's principle of bitonic merging,proposes the bitonic selection network in which the number of comparators is O(nlog~2m)and the delay time is O(logn logm);then,we find the varing rule of the pivots in all successive ranks of...

The so-called(m,n)selection problem is the problem of selecting the msmallest(or largest)numbers from n numbers(n≥m).Parallel solution of this problem has been implemented successfully on the networks,but it is seldom studied on the multiprocessor systems.This paper,first,based on Batcher's principle of bitonic merging,proposes the bitonic selection network in which the number of comparators is O(nlog~2m)and the delay time is O(logn logm);then,we find the varing rule of the pivots in all successive ranks of the network throughobserving the data transfer property in the network.According to this rule,the parallel selection algorithm executed in time O(logn logm)on n processors is given.

所谓(m,n)选择问题系数指从n个数中选择m个最小(或最大)者的问题.此问题的并行求解目前在网络上已得以实现,而在多处理器系统上却很少被人研究.本文首先基于Batcher的双调归併原理,提出一种比较器数目和延迟级数分别为O(nlog~2m)和O(logn·logm)~(2))的双调选择网络;然后通过观察该网络中数据移动之特点来找出双调选择网络中相继各列枢点之变化规律;最后由此规律给出了一种在n个处理器上可在O(logn·logm)时间步内完成的并行双调选择算法.

 
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