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hyplas
- ************************************************************************ * * * * * THIS IS THE H Y P L A S 2.0 README FILE * * ----------------- * * * * HYPLAS is a finite element program for implicit small and large * * strain analisys of hyperelast
search
- 索引顺序表查找,索引顺序查找即分块查找,是将顺序表分成诺干块。-Indexed sequential table lookup, the index in order to find that the search block is to the order of the table is divided into Nokan blocks.
BookFind
- 一个海量图书查询系统,程序可以模拟图书馆书库,随机生成100万条图书记录并形成索引表和哈希表,实现图书查找功能。同时计算执行效率。-Inquiry System of a mass of books, the program can simulate the library stacks, randomly generated one million books and records of the formation of the index table and hash table, the
work
- 计算hurst指数中几个参数的选择,参数的选择对于这个计很重要,本代码试图找出一个最优的选择.-Hurst index calculation the choice of several parameters, the parameters of choice for this very important, the code to try to find an optimal choice.
Desktop
- 找函数的零点位置, 返回的是零点的index。 被找的函数须是连续函数 -Find zero points index of a continous function
clucene-core-0.9.16
- clucene是C++版的,它用于全文检索,通过对文件创建索引,输入关键字,找到所属的文档-clucene is a C++ version is used for full-text search, by creating an index file, enter the keyword to find the document belongs
fastKICA
- 盲源分离FastICA、matalab程序,-FAST KERNEL ICA | |--------------------| Version 1.0- February 2007 Copyright 2007 Stefanie Jegelka, Hao Shen, Arthur Gretton This package contains a Matlab implementation of the Fast Kernel ICA
shunxu
- 试编写一个用索引进行顺序查找的程序。 (1) 要求将数据以分块有序形式分别存放在不少于10个磁盘文件(块)中,每个文件中不少于10个数据,并能在内存中自动建立索引表; (2) 对任意待查找的关键字,若查找成功,给出其关键字比较次数。 (3) 自行设计测试用例。 -Try to write a sequential search using the index procedure. (1) requires the data to the form of block order w
chazhao
- 基于索引顺序表的分块查找,用于关键字查找-Based on the index block to find the order form for keyword search
Pratical_Algorithms_for_Programmers
- 本书作者为Andrew.Binstock等。 本书重点关注的是实用,立即可用的代码,并且广泛讨论了可移植性和特定于实现的细节。本书作者介绍了一些用用但很少被讨论的算法,它们可用于语音查找,日期和时间历程,B树和索引文件,数据压缩,任意精度的算术,校验和数据验证,并且全面的介绍了例程,排序算法和数据结构。 本书只要求读者具有C语言的初级知识以及基本代数的相关知识。源代码经过测试符合ANSI标准,可以运行在UNIX下,以及BORLAND,Microsoft和Watcom的编译器上。-Book
fenkuaichazhao
- 试编写利用折半查找确定记录所在块的分块查找算法。 提示:1. 读入各记录建立主表; 2. 按L个记录/块建立索引表; 3. 对给定关键字k进行查找; 测试实例:设主表关键字序列:{12 22 13 8 28 33 38 42 87 76 50 63 99 101 97 96},L=4 ,依次查找K=13, K=86,K=88 -Trial preparation records using binary search to determine where the bl
index
- 提供支持char*,float,int的索引树查找、插入和删除-Support char*, float, int index tree to find, insert and delete
jizhi
- 求序列数中的前n个极大值 Matlab.m文件程序 输入行向量,n 输出前n个极大值 以及index-Find serial number in the maximum value of the first n-row vector Matlab.m documentation program input, n output and the maximum value before the n-index
chazhaoshiyan
- 数据结构 数据查找实验 其中包括顺序查找 折半查找 索引顺序表函数 二叉排序树构造函数 二叉排序树查找函数 二叉排序树插入函数 -Experimental data to find data structure, including binary search index in order to find the order of the table function constructor binary sort tree to find the function b
sim
- -latlon2km.m : to find distance between two longitude-latitude coordinate -fresspaceloss.m: to calculate freespace path loss - cazacseq.m: to generate cazac sequence - pusc.m : to generate index for pusc in wimax - FCH generator: to generate
lzwxjj
- lzw解码 编码 1、分析字符串流,从词典中寻找最长匹配串P(P在表中,而P+C不在表中。P为进行编码字符串,C为P后的第一个字符)。 2、输出P对应的词典码字(索引)。 3、将P+C放入词典-lzw decoding coded 1, analysis of a string stream, from the dictionary to find the longest match string P (P in the table, while the P+ C is not
perceptron
- 感知器 算法训练二元线性分类器。结构体数据使用感知器学习规则 找到给定的二分类标签数据超平面。 -PERCEPTRON Perceptron algorithm to train binary linear classifier. Synopsis: model = perceptron(data) model = perceptron(data,options) model = perceptron(data,options,init
shujujiegou
- 数据结构课程设计:顺序索引查找 内容包含程序代码和课程设计报告书-Data structure course design: the order of the index to find content that contains program code and program design report
Matlab_function
- matlab函数库大全,首字母索引,帮助您快速找到您所需要的函数~-matlab library Guinness, the first letter of the index to help you quickly find the function you need ~
index
- 根据所输数字,生成索引表,并根据关键字在索引表中查找其所在位置。-Depending on the input numbers, generate the index table, and based on keywords in the index table to find its location.