搜索资源列表
featureselect_FW_fast
- 新基于邻域粗糙集的前向贪心的属性约简算法-New neighborhood-based forward greedy rough set attribute reduction algorithm
com
- 计算机算法与设计各种源码计算机算法与设计各种源码贪心 动态规划-compute source compute source compute sourcecompute sourcecompute sourcecompute source
greed-bag
- 一个贪心背包的小程序可以在VC下运行,可作为算法学习参考- a greed bag algorithm implementation can run in VC
6
- 贪心法解活动安排问题(计算机算法设计与分析)实验报告-Greedy method for solving activities arrangements ( computer algorithm design and analysis )
algorithm_report
- 算法设计报告5个重要算法，包括贪心，回溯，动态规划，分支限界，分治法-Algorithm design report five algorithms, including greedy, backtracking, dynamic programming, branch and bound, divide and conquer
gas
- 给定了n和k个加油站的位置，汽车加满油后可行驶n公里，指出应在哪些加油站停靠，使得加油次数最少，贪心选择算法-Can travel to the location given n and k gas stations, auto fill up n kilometers that should be docked in which gas stations, making refueling the least number of greedy selection algorithm
Algorithm-analysis-and-design
- 计算机实验室 内容： 1、分治法，maxmin算法 2、动态规划，矩阵连乘 3、贪心法， 1）背包问题，2）装载问题 4、回溯法，N皇后问题的循环结构算法和递归结构算法。-Computer laboratory content: 1, partition method, maxmin algorithm 2, the dynamic planning, LianCheng matrix 3, greedy method, 1) knapsack probl
GreedyAlgorithms
- 贪心法实现背包问题，运用枚举法实现，根据结果分析该算法的贪心性质-The greedy method knapsack problem, using the enumeration method to achieve, based on the results of analysis of the greedy nature of the algorithm
duanyuanlujin
- 计算机算法分析师习题，单源最短路径问题，使用的是贪心选择算法实现，通过调试，c言语实现-The the computer algorithms analyst exercises, single source shortest path problem, use greedy selection algorithm implementation, through debugging, c speech achieve
Loading
- 使用贪心法（首先装载最轻的集装箱）实现最优装载算法。-Use the greedy method (first load containers lightest) to achieve optimal loading algorithm.
Kruskal-Code
- Kruskal算法是算法中的重点。。贪心方法可以很好地求解最小生成树。-Kruskalcode is a important arithmetic.
ACMsuanFaDaQuan
- acm算法大全，常用的有代表性的经典题，旅行者预算（动态&&贪心）等等59道题-acm algorithm Guinness, the common representative of the classic title, travelers budget (dynamic & & greedy) 59 questions
SUANFAPPT
- 常用的算法设计策略(包括分治策略、动态规划、贪心策略、回溯法、随机算法等) 算法复杂度分析方法(计算迭代次数、使用递归方程、频度分析等) -Commonly used algorithm design strategies (including the strategy of divide and conquer, dynamic programming, greedy strategy, backtracking method, random algorithm) algorithm
suanfa
- 算法程序与设计试验中的经典算法的源代码：像是分治递归，贪心，回溯等。-Algorithm design test of the classical algorithm source code: such as divide and conquer recursion, greedy, backtracking.
The-shortest-path
- 用贪心法和动态规划两种算法求解有向图任意两个节点之间的最短路径，要求给出最短路径的值以及中间路径。-Greedy method and dynamic programming algorithm to solve the two have to figure the shortest path between any two nodes, required to give the value of the shortest path and the middle path.
Templates-and-pku-code
- 学习ACM的基本算法，包括动态规划，DP，贪心，等等。-ACM learn basic algorithms, including dynamic programming, DP, greedy, and so on.
classical-algorithms
- 许多经典算法问题的源代码,包括数据结构,分治,回溯,动态规划,图论,贪心等等,包括了C,C++和Java代码,已分成文件夹整理好.-Many classical algorithms of the source code, including data structures, divide and conquer, backtracking, dynamic programming, graph theory, greed, etc., including C, C++ and Java cod
2008
- 国家集训队2008论文集 Day1 1.曹钦翔《数据结构的提炼与压缩》 2.郑暾《平衡规划——浅析一类平衡思想的应用》 3.刘弈《浅谈信息学中状态的合理设计与应用》 4.顾研《浅谈随机化思想在几何问题中的应用》 5.周梦宇《码之道——浅谈信息学竞赛中的编码与译码问题》 6.肖汉骏《例谈信息学竞赛分析中的“深”与“广”》 7.方戈《浅析信息学竞赛中一类与物理有关的问题》 8.吕子鉷《浅谈最短径路问题中的分层思想》 9.周小博《浅谈信息学竞赛中的区间问题》
tanxinwenti
- 各种贪心策略情况下的背包问题的算法并实现；其中：量度标准分别取：效益增量P、物品重量w、P/w比值-Various greedy strategy in case the knapsack problem and implement algorithms wherein: a measure were taken: the incremental benefits of P, articles weight w, P/w ratio
java_hanno
- java_hanno,java汉诺贪心九宫格算法集合,介绍各种经典算法，包含源代码-java_hanno, java Hanno squared greedy algorithm set to introduce a variety of classic algorithms, including source code