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Rational_ClearquestHandBook
- ClearQuest是一种对缺陷与记录的变化进行跟踪管理的工具。它体现了一个BUG的完整的生命周期，从提交到关闭记录了BUG的改变历史。我读了两遍，很受启发，推荐给大家～文档有两份有点不同，大家随意选择。-ClearQuest is a record of defects and tracking changes in management tools. It is the expression of an BUG complete life cycle, from the records su
DistanceEnhancedAssociationRulesforGeneExpression.
- We introduce a novel data mining technique for the analysis of gene expression. Gene expression is the effective production of the protein that a gene encodes.
132456564564546
- 数学符号的英文表达方式。英文翻译数学符号。方便大家写英文文章与交流-Mathematical symbols in English expression. English translation of mathematical symbols. We write articles and English to facilitate the exchange of
paper01
- A FFT-based partial matched filter (PMF) acquisition threshold setting method for fast GPS acquisition is presented. Normal distribution and numerical fitting technique instead of real decision variable (DV) distribution are used in derivatio
UsingBiologicallyInspiredFeaturesforFaceProcessing
- 三维人脸识别的经典文章，是三维人脸表情识别论文争相引用的经典文章-Using Biologically Inspired Features for Face Processing In this paper, we show that a new set of visual features, derived from a feed-forward model of the primate visual object recognition pathway proposed by R
MATLAB
- 一、 牛顿－拉夫逊法概要 首先对一般的牛顿－拉夫逊法作一简单说明。已知一个变量X的函数 （4－6） 解此方程式时，由适当的近似值X（0）出发，根据 （4－7） 反复进行计算，当X（n）满足适当的收敛判定条件时就是（4－6）式的根。这样的方法就是所谓的牛顿－拉夫逊法。 式（4－7）就是取第n次近似解X（n）在曲线 上的点 处的切线与X轴的交点作下一次X（n+1）值的方法。参考图4－2（a）。在这一方法中为了能收敛于真解，初值X（0）的选取及函数f（X）必须满足适当的条件，如
Microsoft-Word-
- 验证一下位运算是否真是不改变参与变量 的值，同时学习位运算的表达形式。程序很简单，用 P1 口做运算变量，P1.0-P1.7 对应 P1 变量的最低位到最高位，通过连接在 P1 口上的 LED 我们便能直观看到每个位运算后变量 是否有改变或如何改变-To test whether the bit computing really does not change in value of the variable, while the expression of learning-bit compu
1CHAOTIC-SIGNALS-AND-SYSTEMS-
- 我们使用一个由混沌Lorenz（洛伦兹）系统控制的动态发射电路证明这两种方法。利用同步的混沌系统表达了一个用同步接收电路进行信号恢复的思想。-We use a chaotic Lorenz (Lorenz) system controls the dynamic transmission circuit that both methods. Expression of synchronization of chaotic systems using a receiver with a sync
UML-standard
- UML使用标准 为了保证项目开发过程中有关需求、设计思路的顺畅沟通，建立公司级别的“共同语言”，特制定本标准（以下简称《标准》），以规范和约束大家在使用UML建模时的书面表达和口头沟通，减少不必要的争论。-UML standard in order to ensure the needs of the project development process, design ideas of smooth communication and establish a company-level &q
On-the-Role-of-Estimate-and-Forward-With-Time
- In this paper, we focus on the general relay channel. We investigate the application of the estimate-and-forward (EAF) relaying scheme to different scenarios. Specifically, we study assignments of the auxiliary random variable that always satis
Relay-Ordering-in-a-Multi-Hop-Cooperative-Diversi
- In this paper, we first propose an optimum relay ordering algorithm for the multi-branch multi-hop cooperative diversity networks. This optimum algorithm has a high complexity that makes it hard to implement. Therefore, a suboptimum relay ordering al
Combination-of-relational-operators
- 由于关系代数运算的结果与其输入的类型一样，仍为关系，所以我们可以把多个关系代数运算组合成一个关系代数表达式。-As a result of relational algebra operations as its input type, still relationship, so we can combine multiple relational algebra into a relational algebra expression
paper26
- In this paper we propose a novel approach for indentityindependent 3D facial expression recognition. Our approach is based on shape analysis of local patches extracted 3D facial shape model.
1-s2.0-S131915781500097X-main
- In this paper we uate the performance of cooperative spectrum sensing (CSS) where each cognitive radio (CR) employs an improved energy detector (IED) with multiple antennas and uses selection combining (SC) for detecting the primary user (PU) in
lecture3
- VHDL stands for VHSIC (very high speed integrated circuit) HDL From Boolean algebra, we know that each row of a truth table represents a product term and the output can be written as the sum-of-products expression-VHDL stands for VHSIC (very high spe
多项式加法 线性表
- 我们经常遇到两多项式相加的情况，在这里，我们就需要用程序来模拟实现把两个多项式相加到一起。首先，我们会有两个多项式，每个多项式是独立的一行，每个多项式由系数、幂数这样的多个整数对来表示。 如多项式2x20- x17+ 5x9- 7x7+ 16x5+ 10x4 + 22x2- 15 对应的表达式为：2 20 -1 17 5 9 - 7 7 16 5 10 4 22 2 -15 0。 为了标记每行多项式的结束，在表达式后面加上了一个幂数为负数的整数对。 同时输入表达式的幂数大小顺序是随机