几何算法C++

此程序为数值算法分析里的跳马算法演示程序-procedure for numerical algorithm analysis of the algorithm vault Demonstration Program

编译原理课程设计java版源代码，有运算符优先算法、DFA、LL1、LR

三维相机算法我们研究的目的是同时定位与地图 （SLAM） 在瓦砾中的环境中。地图建设需要估计的机器人在 3D 空间中的轨迹。然而，很难估计通过使用里程计或陀螺仪在废墟中。在本文中，作者建议实时满贯根据 on3D 扫描匹配。3D 相机用于 3D 形状和质地的实时测量。通过结合这些 3D 扫描数据估计 3Dmap 和机器人的轨迹。ICP 算法用于匹配的方法。作者修改 ICP 算法实时 3Dmap 建设作为快速和鲁棒性

对雷达数据处理的单目标，多传感器的matlab源程序，简单的卡尔曼滤波算法，初学的朋友们可以看看

求某矩阵的逆矩阵-find the inverse matrix of a matrix

[[ Complex Matrices : Language c]]

BP神经网络源代码，通过BP神经网络可进行各种模拟，特别是运算模拟都可以逼近-BP neural network source code

一个用于学习GA的简单程序，自己编写的SGA，不是使用的工具箱函数-A simple GA for the learning process, I have written SGA, instead of using the toolbox function

One of the world-wide cooperative computing tasks is the "Grand Internet Mersenne Prime Search" -- GIMPS -- striving to find ever-larger prime numbers by examining a particular category of such numbers. A Mersenne number is defined as a number of the form (2p–1), where p is a prime number -- a number divisible only by one and itself. (A number that can be divided by numbers other than itself and one are called "composite" numbers, and each of these can be uniquely represented by the prime numbers that can be multiplied together to generate the composite number — referred to as its prime factors.) Initially it looks as though the Mersenne numbers are all primes. Prime Corresponding Mersenne Number 2 4–1 = 3 -- prime 3 8–1 = 7

ACM的重要PPT资料,对初学者非常有益处-ACM important PPT information is very useful for beginners