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分组设计 的英文翻译、例句

分组设计

词组短语
block design · group divisible design
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The course will be comprised of readings, discussions, guest speakers and group design sessions.

整个课程将涵盖阅读、讨论、客座讲授以及分组设计等几部份。

In this paper, we discuss the method of error-correcting codes on the design of block ciphers.

本文对分组密码设计中的纠错码方法进行了系统地研究,在概括纠错码和分组密码基本知识的基础上,着力讨论了S盒和P置换设计中的纠错码原理与方法,得到了一些有价值的结果。

In this paper we will investigate the embedding problem for uniform resolvable group divisible designs with block size three.

本文主要研究区组长为3的均匀可分解可分组设计的嵌入问题,并完全解决了这个问题。

An almost perfect nonlinear exponential permutation with high algebric degree is proposed, with some discussion on how to select the parameters of such permutation. The experimental result shows us a conjecture that there exists no such permutation over even dimensional space.

作者所取得的主要研究结果如下:(1)讨论了分组密码的条件攻击和技术攻击方法;全面总结了分组密码算法设计应当遵循的七项准则;概括了分组密码的四种强化技术;设计了一种新的三重加密方案NTE。

At last, this article discusses the coding method of STBC and introduces a new imbed coding method and give a simple decoding method.

最后探讨了空时分组码的编码方法,具体给出了一种简单的四发射天线传输实矩阵的编码方法并提出了一种基于嵌入码的准正交空时分组码的设计方法,并给出了一种比较简单的空时分组码的译码方法。

The diffusion structure has important impact on the rate of the diffusion and safety intensity for block cipher.Using the linear transform which has branch numbers as large as possible as the diffusion structure is a main method to devise block cipher.The linear transform is usually achieved by constructing the invertible matrix.

扩散结构的好坏直接影响了分组密码的扩散速度和安全强度,以分支数尽可能大的线性变换为分组密码算法的扩散结构是设计分组密码的一种重要方法,线性变换的构造可通过可逆矩阵的构造完成。

In section 3 and section 4, We obtain other Kirkman frames by giving weights to some types of GDDs with block size at least 4. Finally, through using recursive and"filling hole"constructions, we give a complete solution to the embedding problem of resolvable minimum coverings of pairs by triples.

在第三节与第四节中,我们利用已知的特别有用的一些Kirkman frames、再利用已知存在的区组长至少为4的可分组设计通过加权后构造出另一系列Kirkman frames,最后通过递归和填洞构造法,解决了λ=1时可分解最小覆盖三元系的嵌入问题。

Combinational Logic design which based on the theory of Linear block code is the circuit map of Linear block code using AND-gate, OR-gate, Flip-flop and so on. VHDL design is the hardware description of the circuit map to make linear block code into realization.

组合逻辑电路设计,是根据线性分组编码理论,利用与非门、触发器等逻辑器件搭建起来的电路原理图;VHDL设计,是将线性分组编码理论通过用VHDL描述,实现其编码功能。

The first idea to deal with the packet loss is the new proposal of multitask ATM cells and the required new ADPCM encoder. This scheme combines three tasks together, namely, reducing cell packeting delay, avoiding breakdown of speech decoders due to one lost cell, compensating or replacing the lost information segment, by dividing the cell payload field into two parts——main and additional information fields, the latter again consists of synchronization information and the coded speech information contained in the last cell.

首先以ATM网络为例,提出了新的信息分组多任务装配法,以及对应此方法的新型ADPCM语音编码系统,这种方法中,利用特殊设计的编码器,使ATM信元负载信息域,由主要和附加用户信息两部分组成,后者又由同步信息和前一个信元语音段信息组成,通过选择和调节信元中两部分信息域的比例,实现了小的分组装配时延、高的分组丢失补偿质量、强的阻断误差传递功能三者的结合。

Randomized block design with single factor was adopted in the experiment.The energy level of group Ⅲ(with digestive energy of 12.98 MJ/kg) was designed according to the feeding standard energy requirement of Chinese meat-fat type of growth-finishing pigs,while the energy level of groupⅠ(with digestive energy of 14.22 MJ/kg) was designed according to feeding standard of NRC(1998) growth-finishing pigs.The energy level of group Ⅱ(with digestive energy of 13.60 MJ/kg) was designed between groupⅠ and Ⅲ.The energy levels of group Ⅳ and Ⅴ were designed under the energy level of group Ⅲ.The gradient of each adjacent energy level was 0.62 MJ/kg.

试验采用单因子随机分组设计,以中国肉脂型生长肥育猪饲养标准能量需要设计中能量水平(组Ⅲ,消化能12.98MJ/kg),以NRC(1998)生长肥育猪饲养标准能量需要设计最高能量水平(组Ⅰ,消化能14.22 MJ/kg),此两个能量水平间设计中高能量水平(组Ⅱ,消化能13.60MJ/kg),在中能量水平下依次分别设计中低能量水平(组Ⅳ,消化能12.36MJ/kg)和最低能量水平(组Ⅴ,消化能11.74MJ/kg),每个能量水平间的梯度为0.62MJ/kg。

更多网络解释与分组设计相关的网络解释 [注:此内容来源于网络,仅供参考]

block design:分组实验设计

block code 分组码 | block design 分组实验设计 | block design 区组设计

randomized block design:随机区组设计 随机分组设计

randomized block 随机区组 | randomized block design 随机区组设计 随机分组设计 | randomized experiment 随机化实验

hierarchical classification:系统分组

剖分成处理间自由度与处理内自由度两部分来实现的.在安排多因素试验方案时,将A因素分为a个水平,在A因素每个水平Ai下又将B因素分成b个水平,再在B因素每个水平Bij下将C因素分c个水平......,这样得到各因素水平组合的方式称为系统分组(hierarchical classification)或称多层分组,套设计,

echelon design:分组[块]设计

capsulated 有蒴的, 包于胶囊内的 | echelon design 分组[块]设计 | English spanner 活动扳手, 活(络)扳手

factorial design:因子设计

47 / 91 两因素交叉分组实验设计 在每一个完整的实验或重复中,所有因素水平的组合均被观察 因子设计 (factorial design) 完全设计/交叉设计 需要完全的随机化处理 采用两因素方差分析进行数据分析 赵劲松 (Copyright 2008) 环境研究法

factorial design:析因设计

析因设计(Factorial Design)是一种多因素多水平交叉分组进行全面试验的设计方法.它可以研究两个或两个以上因素的主效应(Main Effct)以及各因素间的交互作用(Interaction),而且通过比较各种组合,可以找出最佳组合.[第一段]

hierarchical classification design:系统分组设计

系统误差 systematic error | 系统分组设计 hierarchical classification design | 希腊拉丁方设计 Greco-Latin square design

Paired design:配对设计

2.1 设计方案 配对设计(paired design)是将某些性质或条件相似的研究对象、部位配成相应的对子,然后采取随机分组的方法,将其中之一分配到试验组,另一个分到对照组,连续试验若干对,观察比较干预与对照的差异.

group devisible rotable design:分组旋转设计

group devisible incomplete block design 分类不完全区组设计 | group devisible rotable design 分组旋转设计 | group diffusion method 分群扩散法,群扩散法

randomized experiment:随机化实验

randomized block design 随机区组设计 随机分组设计 | randomized experiment 随机化实验 | randomized groups design 随机组设计