时间同步

在quartus下实现了PC机的串口通信功能-The quartus achieve the PC-Serial communication function

说明：  本程序是实现基于UWB的节点位置进行定位及对算法仿真，采用基于到达时间TOA 算法仿真了UWB信号在IEEE802.15.4a信道下的发射、衰减、信道冲击响应、加噪声 相关接收、节点定位；参考节点个数选择为3个，定位坐标采用最小二乘法求解(This program is to realize the node location based on UWB and to simulate the algorithm The algorithm simulates the transmission, attenuation, channel impulse response and noise of UWB signal in ieee 802.15.4a channel Relevant reception and node positioning;The number of reference nodes is 3, and the positioning coordinates are solved by the least square method)

visual c++写的推箱子的小程序。-visual c++ to write a small program of Sokoban.

仿真adhoc网络,文件是仿真adhoc的tcl源代码-simulate adhoc network

说明：  锅炉汽包水位自适应模糊控制 仿真可以很好运行(Boiler bubble water control can realize the simulation of boiler water level, and the effect is obvious. (control))

简单随机的点名程序，实用便捷，满足大多数包括老师，培训教育，职业人员需要(Simple and random naming program, practical and convenient and Most of them include teachers and training education and professional needs)

说明：  基于几种常用规则布站方法进行GDOP精度分析(GDOP precision analysis is carried out based on several common regular station layout methods)

1.本文对一种高效的升压式PWM 变换电路作了分析研究 对开关状态的切换效率高 采用双零软开关工作，大大降低了开关损耗, 提 高了电路的转换效率. 2.该电路在高频的开关电源、逆变器等电力电子电路上有很大的实用价值, 可以提高电路的转换效率. -1. In this paper, an efficient step-up PWM conversion circuit analysis study on the switch to switch the state of high efficiency soft-switching double-zero work, greatly reduces switching losses, improve the conversion efficiency of the circuit .2. The circuit in high-frequency switching power supplies, inverters and other power electronic circuits have great practical value, can improve the circuit

现有的显着性检测方法使用图像作为输入，并且对前景/背景相似性，复杂背景纹理和遮挡敏感。我们探讨了使用光场作为显着性检测的输入的问题。(Existing saliency detection approaches use images as in-puts and are sensitive to foreground/background similari-ties, complex background textures, and occlusions. We ex-plore the problem of using light fields as input for saliency detection.)

这是MvDA的算法，用于多视图判别分析，精准度很高。(This is the MVDA algorithm for multi-view discriminant analysis with high precision.)