因此本文中从电路上实现了余数系统和二进制系统的转换，达到了课题的研究目的。
So this dissertation achieved the purpose of the study by realizing the conversion between the residue number system and the binary system.
本文从余数系统的相关理论出发，深入理解了余数系统和十进制系统以及二进制系统之间的关系和它们之间相互转换的算法。
In this dissertation, we carry out a comprehensive introduction for the relevant theories of the residue number system and the relationship between the residue number system and the binary system.
将剩余数系统算术和冗余二进制表示算术相结合，提出了一种并行实现乘法器的算法，这种算法不仅具有溢出检测功能，而且具有容错能力。
An algorithm for the parallel realization of multiplier is presented in this paper by combining redundant Residue Number System (RRNS) with redundant binary represent.
系统还必须清除冗余数据。
给出了一复杂系统在造价约束下的可靠度和冗余数的并发优化设计结果。
A numerical result of an optimization design based on reliability and redundancy subject to cost in complex system is provided in the paper.
对双基线系统余数定理解模糊原理作了分析，提出了虚拟阵元概念，清晰地解释了基线长度之比为互质数之比的多基线系统的相位解模糊能力。
The principle for resolving ambiguity in dual baseline system is analyzed by using theorem of remainder and the concept of imaginary array is presented.
推拉结合的内容分发方案由于存在较多冗余数据和动态适应性较差等缺陷，一般只能适用于直播系统。
The push-pull combination content distribution strategy is general applied to live systems because of its limitation such as redundant packets, poor dynamic adaptability and so on.
自从1996年十二月即时支付结算系统推行以来，总结余数字实质上已即时公布。
The Aggregate Balance has been disclosed on a virtually real time basis since December 1996, when the RTGS system was launched.
然而，每周图表显示了10左右，这大致相当于1 100 000每周感染系统的日常检测基地000个剩余数量。
However, the weekly graph shows the number of detections remaining around 10 000 on a daily bases which roughly amounts to 100 000 infected systems per week.
在回顾和分析现有的冗余数据过滤方法的基础上，围绕着如何在嵌入式系统上实现高效的冗余数据过滤，提出了一种改进的基于哈希表过滤算法。
After analyzing the redundant data filtering and the implementing of it on embedded system efficiently, we designed an improved data filtering algorithm based Hash Table structure.
自从1996年十二月即时支付结算系统推行以来，总结余数字实质上已即时公布。
Balance has been disclosed on a virtually real time basis since December 1996, when the RTGS system was launched.
在数据对象和存储节点失效时，利用冗余数据重构数据对象和存储节点，有效保证存储系统的高可用性。
The redundancy allows us to reconstruct any corruption or failure of the data objects and storage nodes, thus efficiently ensuring the high availability of storage system.
在数据对象和存储节点失效时，利用冗余数据重构数据对象和存储节点，有效保证存储系统的高可用性。
The redundancy allows us to reconstruct any corruption or failure of the data objects and storage nodes, thus efficiently ensuring the high availability of storage system.
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