- 更多网络例句与冗余相关的网络例句 [注：此内容来源于网络，仅供参考]
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The relationship between the topology and convegence of networks is approached and the reason causing overtraining and overfitting is analysed. Then the redundant weights and nodes in the network are defined by using improved activity function and a new algorithm called the BPNSO for determining the network structure for any application is proposed, which use dual optimization objective function combining the mean squre error of the network output with network complexity penalty function.
文章对网络拓扑结构与网络收敛性和稳定性的关系进行了探讨，分析了网络出现Overtraining或Overfitting的原因和解决的目标，提出了神经网络结构优化的策略，改进了活化函数，定义了冗余权值和冗余节点的概念，为辨识和删除冗余权值和冗余节点，提出采用优化目标函数中增加网络复杂度罚函数的双重优化目标函数，并对罚因子提出了基于学习误差和权值的自适应动态调整公式，论文定义了这种BP网络结构优化方法为BPNSO，并给出了完整的计算流程。
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It adopts many measures to guarantee the system works successfully, including Cyclic Redundancy Check, software trap, instrument redundance, power watchdog, and so on.
根据系统的具体工作要求，采用循环冗余校验、软件陷阱、指令冗余等软件可靠性设计以及电源监控、冗余备份等硬件措施，保证系统正常运行。
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Comparative study with triple module redundancy system and dual module hot standby system shows: the security of strategy 1 is greatest, but its reliability is lowest. The reliability of strategy...
与三模冗余和双机热备系统的对比研究表明，策略1的安全度最大，可靠度最小；策略2的可靠度最大，安全度在修复率为0.9时大于三模冗余和双机热备系统，在修复率为0时略低于三模冗余系统，而高于双机热备系统。
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Finally it mathematically calculates the CRC at bit and byte level and deducts a 16-bit CRC. The calculation and deduction consolidate the CRC theory. Chapter three also introduces the modulation by two, CRC polynomial, reflection polynomial applied in noise environment and the relationship between reflection polynomial and general polynomial.
第三章首先阐述了循环冗余码与循环码的关系——循环冗余码是一种短循环码、循环冗余码具有所有循环码的很多性质；然后，简单介绍循环冗余码的编码、译码原理和实现；最后，从普通数学的角度，分别用按比特、按字节求解CRC，详细推导了校验码宽度为16的CRC的理论过程，进一步为循环冗余码的研究提供有力的理论基础。
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Explicit definition of internal forces in parallel mechanisms was proposed. The distribution of this kind of forces in singular and non-singular configurations of normal parallel mechanism, redundant parallel mechanisms was discussed.
明确给出了并联机构的内力定义，并对非冗余机构非奇异位置、非冗余机构奇异位置和冗余机构三种情况的内力状况分别进行了说明。
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Neighboring pels are chosen to adaptively estimate predict-coefficient which remove most spatial and spectral redundancy,and then JPEG-LS is used to remove spectral redundancy.
用与待预测像素有较强相关性的相邻像素自适应地估计预测系数的值。消除了大部分的谱间冗余和空间冗余后，再用JPEG-LS进一步去除残差图像的空间冗余。
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Reviewing the base that redundant research organizes below different and academic perspective to go up, application is based on company theory of knowledge to discuss an organization to run the concern of ability with company knowledge redundantly, give out the main train of thought that decides best organization redundancy.
在回顾不同理论视角下组织冗余探究的基础上，应用基于知识的企业理论探索组织冗余和企业知识管理能力的关系，并给出确定最优组织冗余度的基本思路。
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The excess cash holding and spare debt play the different roles in the process of resources deployment, and the excess cash holding is more apt to be used discretionarily.
现金冗余和负债冗余在形成配置过程中受到企业主动支配的程度不同，现金冗余的使用更容易受到决策者酌意的影响。
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In chapter 5, according to the equation of potential energy, the redundancy formula is formulated, and the elastic and geometric redundancy is deduced further. Finally, the overall flexibility and kinematically property is evaluated through redundancy for the structures.
第五章，根据势能方程推导出结构冗余度，导出弹性冗余度和几何冗余度，通过冗余度分析研究了结构体系特征和整体柔性。
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Firstly, this dissertation explores the concepts of the innovative behaviors based on slack resources. From the viewpoint of the existing forms and available discretion of slack resources in enterprises, this dissertation divides the slack resources into physical slack, human resource slack, and financial slack, and brings forward the inverted U-shaped relationship model between physical slack and technological innovation, the inverted N-shaped relationship model between human resource slack and technological innovation, the N-shaped relationship model between financial slack and technological innovation.
基于此，本文基于资源冗余观、创新观、激励理论，深入研究了企业员工的基于冗余资源的技术创新的激励问题，具体来讲，全文在介绍研究背景、目的、意义、内容及国内外相关研究文献综述的基础上，从四个侧面研究了基于企业冗余资源的技术创新的激励机理和激励机制：首先，研究了基于企业冗余资源的技术创新行为的相关理论。
- 更多网络解释与冗余相关的网络解释 [注：此内容来源于网络，仅供参考]
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cyclic redundancy check：循环冗余校验
- 循环冗余校验(Cyclic Redundancy Check)是一种保证数据完整性的方法,在那里一个计算使用数据本身的二进制表示法作为计算标准被执行. 循环冗余校验是计算的数字结果,其与数据分开保存. 这个数据的完整性使用一个新的循环冗余校验来检查.
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cyclic redundancy check character：循环冗余检查字元
"循环冗余检查4","cyclic redundancy check 4" | "循环冗余检查字元","cyclic redundancy check character" | "循环冗余检查","cyclic redundancy check,CRC"
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cyclic redundancy check character：循环冗余码校验符号
cyclic redundancy check 循环冗余码校验 | cyclic redundancy check character 循环冗余码校验符号 CRCC | cyclic redundancy check character 循环冗余校验字
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Cyclic Redundancy Check CRC：循环冗余检查
"循环冗余检查字元","cyclic redundancy check character" | "循环冗余检查","cyclic redundancy check,CRC" | "循环冗余核对","cyclic redundancy checking"
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excessiveness：冗余、冗余度
excess holes 过剩空穴 | excessiveness 冗余、冗余度 | exchange 交换
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redundancy：冗余
[摘要]1971年,科学家Frank Smith首次提出了"冗余"(redundancy)理论,认为信息并非越简单越好,信息来源往往是重复的. 随即,语文教学中的"冗余"性研究也随着心理语言学、社会语言学等学科研究的深入而不断展开. 现在"冗余"已经从一个词衍变成了一个科学概念.
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redundancy：冗余度
这两个数量的差距,在信息论中称作"冗余度" (redundancy). 需要指出的是我们这里讲的 250 万比特 是个平均数,同样长度的书,所含的信息量可以差很多.如果一本书重复的内容很多,它的信息量就小, 冗余度就大. 不同语言的冗余度差别很大,
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redundancy unit：冗余单元;冗余设备
redundancy computer system,冗余计算机系统 | redundancy unit,冗余单元;冗余设备 | redundant information,冗余信息
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redundant code：冗余码,多余电码
redundant 冗余,冗余的,过量的,多余的,冗余码,冗余位 | redundant code 冗余码,多余电码 | redundant element 冗余元件
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redundancy and irrelevancy：冗余性和不相干性
冗余,冗余讯息 redundancy | 冗余性和不相干性 redundancy and irrelevancy | 数字传输之冗余讯息 redundancy in digital transmission