一个来源于美国马里兰大学的GEEKOS操作系统的一个说明

实现的二级倒立摆H无穷输出反馈控制，用的是MATLAB里的自带函数，基于LMI算法-To achieve double inverted pendulum H infinity output feedback control, using a MATLAB built-inside the function, based on LMI algorithm

基于Elman神经网络的预测程序，可用于电力系统短期负荷预测 -Elman neural network-based forecasting process, can be used for short-term load forecasting of power system

自己编的一个火车售票系统，欢迎大家下载指点我的软件-own a series of the train ticketing system, we welcome the guidance of my downloaded software

it will set BIOS settings of computer to factory default

This a 802.15.4 simulator for star topology. This provides energy consumption, throughput, delay, and many other performance metrics.-This is a 802.15.4 simulator for star topology. This provides energy consumption, throughput, delay, and many other performance metrics.

Bundel model in Photogrammetry

This simple simulation of a pulse traveling down a parallel-plate guide makes a handy test code for initial experiments with boundary conditions. ToyFDTD3 adds some simple features to ToyFDTD1: A PMC boundary condition, a sinusoidal pulse source, and output tracking a single point in the mesh. Released 15 June 1999.

javauser 的类 很简单的东西 例题-javauser the category of very simple things of excellence

　提出一种改进的禁忌搜索算法来求解背包问题。该算法基于禁忌搜索技术,并采用I&D策略,同时设计了两种针对局 部最优解的变异算子。改进后的算法能有效地弥补标准禁忌算法对初始解依赖的缺陷,同时也避免了搜索停滞的现象。通过对具 体实例和随机问题的测试,表明改进后的禁忌搜索算法有更好的性能。 关-An improved tabu search algorithm to solve knapsack problem. The algorithm is based on tabu search techniques, using I & D strategies, while designed for the local optimal solution of the two kinds of mutation operator. The improved algorithm can effectively compensate for the standard tabu search algorithm depends on the initial solution defect, but also to avoid the phenomenon of search stagnation. Through specific examples and random-question test, indicating that the improved tabu search algorithm has better performance. Guan

实现OFDM系统仿真，不过可能存在一些标点缺失，希望能有人指正-Achieve the OFDM system simulation, but there may be missing some punctuation, hoping someone correct me