搜索资源列表
kthtree
- kthtree问题 给定一棵有向树T,树T 中每个顶点u都有一个权w(u);树的每条边(u,v)也都有一个 非负边长d(u,v)。有向树T的每个顶点u 可以看作客户,其服务需求量为w(u)。每条边(u,v)的边长d(u,v) 可以看作运输费用。如果在顶点u 处未设置服务机构,则将顶点u 处的服务需求沿有向树的边(u,v)转移到顶点v 处服务机构需付出的服务转移费用为w(u)*d(u,v)。 树根处已设置了服务机构,现在要在树T中增设k处服务机构,使得整棵树T 的服务转移费用最小-kt
kmlocal-1.7.1.tar
- 高效的k-means算法实现,使用了k-d树与局部搜索等提高k-means算法的执行效率,同时包含示例代码,用c++代码实现。 Effecient implementation of k-means algorith, k-d tree and local search strategy are implementd to improve the effeciency, samples are included to show how to use it. All codes are imple
A_tutorial_on_kd_trees
- 一篇介绍k-d tree的入门文章,对图像对准方面的研究人员是很好的参考!-An introductory article describes kd tree for image alignment of researchers is a good reference!
c++实现的KNN库:建立高维度的K-d tree
- c++实现的KNN库:建立高维度的K-d tree,实现K邻域搜索,最小半径搜索-K-NN algorithm implementation. It supports data structures and algorithms for both exact and approximate nearest neighbor searching in arbitrarily high dimensions.
kdtree
- 用matlab编写的k-dtree,加快搜索,在点云拼合中应用广泛。-Matlab prepared with k-dtree, to speed up the search, put together in the point cloud in a wide range of applications.
Untitled1
- 【问题描述】 设计一个利用哈夫曼算法的编码和译码系统,重复地显示并处理以下项目,直到选择退出为止。 【基本要求】 (1)初始化:键盘输入字符集大小n、n个字符和n个权值,建立哈夫曼树; (2)编码:利用建好的哈夫曼树生成哈夫曼编码; (3)输出编码; (4)设字符集及频度如下表: 字符:A B C D E F 频度:4 9 23 2 17 15 字符:G H I J K 频度:1 2 3 3 4 -【Descr iption】 d
kmt
- 给定一棵有向树T,树T中每个顶点u都有一个权w[u],树的每条边[u,v]也都有一个非负边长d[u,v]。有向树T的每个顶点u可以看做客户,其服务需求量为w[u]。每条边[u,v]的边长d[u,v]可以看做是运输费用。如果在顶点u处未设置服务机构,则将顶点u处的服务需求沿有向树的边(u,v]转移到顶点v处服务机构,则需付出的服务转移费用为w[u]*d[u,v]。树根处已设置了服务机构,现在要在树T中增设k处服务机构,使得整棵树T的服务转移费用最小。该算法对于给定的有向树T,计算在树T中增设k处
Haffmancode
- 课程设计: 1.求出在一个n×n的棋盘上,放置n个不能互相捕捉的国际象棋“皇后”的所有布局。 2.设计一个利用哈夫曼算法的编码和译码系统,重复地显示并处理以下项目,直到选择退出为止。 【基本要求】 1) 将权值数据存放在数据文件(文件名为data.txt,位于执行程序的当前目录中) 2) 分别采用动态和静态存储结构 3) 初始化:键盘输入字符集大小n、n个字符和n个权值,建立哈夫曼树; 4) 编码:利用建好的哈夫曼树生成哈夫曼编码; 5) 输出编码; 6)
huffman_coding
- ) Compression using huffman code -with a number of bits k per code word -provide huffman table Huffman coding is optimal for a symbol-by-symbol coding with a known input probability distribution.This technique uses a variable-length code t
K-degree-constrained-minimum-spanning-tree
- 本压缩包完整地实现了最小可度限制生成树的算法程序,代码很完整。-The archive can be fully achieved the degree-constrained minimum spanning tree algorithm program, the code is very complete.
K-Smallest_Spanning_Trees
- Perharp the smallest spanning tree is trivial, but just take a look with new problem : K Smallest Spanning Tr-Perharp the smallest spanning tree is trivial, but just take a look with new problem : K Smallest Spanning Tree
knnsearch
- 寻找测试样本的最近邻,可以有效的用于用于模式识别,信号处理-This is a small but efficient tool to perform K-nearest neighbor search, which has wide Science and Engineering applications, such as pattern recognition, data mining and signal processing. The code was initially
shuju
- 书中使用主流的程序设计语言C++作为具体的实现语言。 书的内容包括表、栈、队列、树、散列表、优先队列、排序、不相交集算法、图论算法、算法分析 、算法设计、摊还分析、查找树算法、k-d树和配对堆等。 -Book using mainstream programming language C++ as a specific implementation language. The book includes tables, stacks, queues, trees, hash tables
kdtree
- Implementation of k-d tree(including insertion/deletion). Well suited for beginners in advanced Multi-dimensional datastructures and algorithms
k_d-tree-
- k-d tree的matlab与VC混合实现,可直接使用-using matlab and VC mix programming to realize kd tree.can be used used directly
kd-tree
- K-D树的应用文档,适合对K-D树深入学习的同学。文献对K-D树现状和应用有一定的描述-K- D tree application document, suitable for students to K- D tree in-depth study. Literature on K- D describes the present situation and application of a certain tree
Three_N_KD
- k-d 搜索,可以搜索大量二维数据点的距离,-k-d tree
kdtree-realization
- K-d树实现。采用matalb和C++混合编译的方式实现。-kdtree provides a minimalistic implementation of kd-tree. The implementation can be used either inside MATLAB by means of MEX calls, or as a standalone tool, directly a C/C++ program.
Binary-Inddexed-Tree
- 一个树状数组各种改造姿势的模板。除了常规用法单点查询求前缀和外,支持区间修改单点查询、区间修改区间求和、RMQ、离线平衡树以及多维扩展-Many improved versions of binary indexed tree. Which can be used to do these kinds of work in a 1D array: Change one point+k and get the prefixsum Change a range+k and get value
linyujisuan
- 通过包围盒法和K-D树法实现电云数据的邻域收索,邻域值可以自动设置-Point cloud data by bounding boxes and K-D tree search method income neighborhood, neighborhood values can be automatically set