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Java 二叉树 算法
- 用Java编写的二叉树的数据结构,包括二叉树的每个节点的值,以及各子树的指针。 -Java prepared by the binary tree data structures, including binary tree each node values, and the subtree target.
SimpleRouter.rar
- 使用Java语言编写模拟路由器程序,通过不同的IP端口(port),使用多线程模拟不同的路由器,路由器之间通过UDP协议交换路由信息,根据Bellman-ford算法确定下一条的路由节点。,The use of Java language router simulation procedures, through different IP port (port), the use of multi-threaded simulation of different routers, through
QuadTree
- 从文件读取四叉树结点,按照morton码对四叉树进行编码-Read from the file quadtree node, in accordance with morton yards on the quad-tree coding
Tracker
- 以C#方式实现BT下载过程中的Tracker服务器端。监控链接的客户,提供种子发布,寻找资源,实时更新节点信息-Be achieved in C# in the process of BT download Tracker server-side. Monitor link customers to provide seed release, find the resources, real-time update the node information
tree
- 可以有多层目录的树控件,连接数据库,自由的添加删除节点!-Can have multi-directory tree controls, connect database, free to add delete the node!
dijkstra-java
- Dijkstra算法是典型的最短路算法,用于计算一个节点到其他所有节点的最短路径。主要特点是以起始点为中心向外层层扩展,直到扩展到终点为止。 Dijkstra算法能得出最短路径的最优解,但由于它遍历计算的节点很多,所以效率低。Dijkstra算法是一种逐步搜索算法,通过为每个顶点n保留目前为止所找到的从m到n的最短路径来工作的。 -Dijkstra algorithm is a typical example of the most short-circuit algorithm, used
ClusterMonitor
- 一个多集群的监控系统,可根据文件中定义的入口IP地址获取其机器上的GANGLIA信息,监控其所在网格内所有集群信息和节点机的CPU、内存、硬盘、负载等信息。-More than one cluster of monitoring systems, can be defined in accordance with the entrance of the document to obtain its IP address Ganglia machine information, monitor t
Node
- Binary Expression Tree show in SVG
node
- 模拟网络通信,对其中的信息进行统计,用贝叶斯算法计算特定信息的后验概率,自动日志-Simulation of network communications, for which statistical information, using Bayesian algorithm-specific information on a posteriori probability, automatic log
Node
- 链表的创建,可以很方便的删除、插入和寻找。-List creation, you can insert and delete the search for freedom.
090619
- 理解二叉树特别是完全二叉树的性质,掌握二叉树的存储结构(二叉链表);熟练掌握二叉树的常用操作算法(初始化、插入结点、删除结点、遍历等);初步掌握二叉树的应用。-Binary tree in particular, to understand fully the nature of binary tree, binary tree master storage structure (List Binary) proficiency in commonly used binary tree alg
lagrange
- 1.n个节点分段Lagrange插值多项式; 2.使用格式y=lagrange(x0,y0,x,k); 3.输入项x0为n维插值节点向量,y0为n维被插函数值向量; 4.x为m维插值点向量,k为分段插值多项式次数,不超过3,缺省为k=1; 5.输出y为插值点x处的函数值;- 1.n a sub-node Lagrange interpolation polynomial 2. The use of the format y = lagrange (x0, y0,
E3TREE
- 一个功能较全面的树,可自由加减树的节点,展示树的各级节点-A function of a more comprehensive tree, free tree node addition and subtraction to demonstrate at all levels of the tree node
SP
- 提出了一个新奇的用来构建和维护覆盖网拓扑的一般机制。该机制基于gossip模式,节点和随机选择的对等体交换信息,并按照特定的P2P应用需求来重新安排拓扑,本协议非常的高效和鲁棒,能够处理节点持续的加入和离开系统的流,且即使现存的所有SP移除也能修复。-In this code,we propose a novel approach to construct and maintain the topology. This approach is based on gossip protocol,
node
- node communication using java
Node
- 这是一个结点的操作,用java作为开发环境,用线性表作为数据结构-This is a node of the operation, using java as a development environment, using a linear form as a data structure
Node1
- networking code for 1 node
test
- 弹簧模型算法,可以自动生成“点-线”图的布局,-Generate node-link layout automatically
Parking
- 有一个停车场,有m个进口,n个出口,k个空车位。要求每一刻只能有一个进口有车进入。停车场内没有一个集中的管理者,采用分布式的算法实现。能够动态的增加一个进口节点。-There is a parking lot, there are m-imported, n outlet, k empty parking spaces. Requires that every moment there can be only one import a car to enter. Car park does no
《阿里巴巴Java开发手册》(纪念版)
- 《阿里巴巴 Java 开发手册》是阿里巴巴集团技术团队的集体智慧结晶和经验总 结, 经历了多次大规模一线实战的检验及不断的完善, 系统化地整理成册, 回馈给广 大开发者。 现代软件行业的高速发展对开发者的综合素质要求越来越高, 因为不仅是 编程知识点,其它维度的知识点也会影响到软件的最终交付质量。(The Alibaba Java development manual is the collective wisdom and experience of the Alibaba group'