- Object-Oriented 很多嵌入式中关于面向对象的测试方法的参考文献
- PI_VPN_Info_Generator Gets the HP OV NNM node list through the API then polls each node for MPLS/VPN information
- aled-bitr arm编程实例
- ViBe 是现在最成熟
- [12]Fingerprint-Compression-Based-on-Sparse-Repre a paper for compress fingerprint images with ksvd algorithm and compare it with jpeg2
- Guidance-law-identification 协同制导律系列资料
资源列表
Chap4_BinaryTree
- 二叉树的数据结构以及一些常用的结构功能,包括搜索,插入和删除等基本操作-binarytree
Floyd_Warshall
- Algoritmo Floyd Warsha-Algoritmo Floyd Warshall
Splines
- Algorithm Splines, functions interpolation
Trigonometricas
- Algorithm Trigonometric, aproximate function
huffmancodingalgorithms
- 利用二叉树来实现哈夫曼编码算法,算法简洁且结构清晰-Binary tree to realize the use of Huffman coding algorithm and the structure of clear and concise
tree
- 实现树的各种遍历,希望对你有用-To achieve a variety of tree traversal, I hope useful for you! ! ! ! ! ! ! ! !
SortProject
- 各种经典排序算法的C++实现:堆排序,归并排序,桶排序,快排,希尔排序,外部排序。-serval famous sort algorithms: HeapSort, MergeSort, RadixSort, QuickSort, ShellSort, OutSort.
PKU1655
- PKU1655解题报告 动态规划算法、dp算法、ACM题-PKU1655 dynamic programming algorithm for solving the report, dp algorithm, ACM title
2
- 前两行分别指示字符矩阵的宽 w 和高 h(1<=w<=80 且 1<=h<=80)。接下来的 h 行每行 w 个字 符便是字符矩阵的内容,再下面的 1 行为要寻找的字符串的数目 n(n<10),其后的 n行便是要寻找的字符串,每个字符串不会超过 20 个字符。 -Instructions were the first two lines of wide-character matrix w and h (1 < = w < = 80 and 1 <
minghua
- 世界名画陈列室由m*n个排列成矩形阵列的陈列室组成。为了防止名画被盗,需要在陈列室中设置警卫机器人哨位。每个警卫机器人除了监视它所在的陈列室外,还可以监视与它所在的陈列室相邻的上、下、左、右4个陈列室。试设计一个安排警卫机器人哨位的算法,使得名画陈列馆中每一个陈列室都在警卫机器人的监视下,且所有的警卫机器人数最少。-Gallery by the world famous painting of m* n rectangular array arranged in the composition
STLinusagemap
- map中由于它内部有序,由红黑树保证,因此很多函数执行的时间复杂度都是log2N的,如果用map函数可以实现的功能,而STL Algorithm也可以完成该功能,建议用map自带函数,效率高一些。 -map due to its internal and orderly to ensure the tree by the red and black, many functions of the time complexity of the implementation are log2N,
Data_Structures_and_Algorithm_Analysis_in_C
- 和《算法导论》差不多详细,对数据结构和算法都有很清晰地讲解-And " Introduction to Algorithms" Details about the data structures and algorithms are explained very clearly
