matlab程序

说明：  无人机进行任务分配，结合蚁群算法和匈牙利算法，原作者位于github(UAV performs task assignment, combining ant colony algorithm and Hungary algorithm, the original author is located on github)

利用正玄查表，在28335上实现PWM调制，生成正弦波(The use of positive look-up table, in 28335 to achieve PWM modulation, generate sine wave)

应用背景紀錄keyin功能,紀錄鍵盤動作所輸入的相關字元,將其字元顯示於框架中辨認.此程式是利用VB6所撰寫出來,利用簡易的程式編碼來記錄電腦鍵盤輸出的相關字元.关键技术程式利用VB6所撰寫出來,利用簡易的程式編碼來記錄電腦鍵盤輸出的相關字元.紀錄keyin功能,紀錄鍵盤動作所輸入的相關字元,將其字元顯示於框架中辨認

java版本的飞行棋,供大家交流和学习使用-java version of the flying game for the U.S. exchange and learning to use

A clock writing by Verilog which can count from 00:00 to 23:59. With a C file to see the simulation results. A co-design example of C and Verilog.

2017年电子设计大赛滚球模型控制系统源代码(2017 Electronic Design Competition Ball Model Control System Source Code)

blue tooth protocol stack source code

单片机仿真软件 集成了源程序编辑、编译、调试、反 汇编等功能于一体。 可仿真MCS51系列、MCS196系列、 Microchip PIC系列CPU(SCM simulation software is integrated with the source program to edit, compile, debug, disassemble functions in one. Simulation of MCS51 series, MCS196, Microchip PIC series CPU)

HTML5 Canvas微信运动步数折线图基作，模拟微信运动步数折线图效果。(HTML5 Canvas Wechat Motion Step Breakdown Map is used to simulate the effect of Wechat Motion Step Breakdown Map.)

精密GPS动态测量采用载波相位差分技术，其标准测量模式为，一台GPS接收机置于已知点，作为基准站来进行静态测量，另一台GPS接收机置于载体上，作为流动站来进行动态测量。两台接收机同步观测相同的卫星，然后将两台GPS接收机的观测值进行组合处理，就可以获得流动站相对于基准站的坐标和速度。本文主要介绍用RTKLIB 实现精密动态定位的过程，该过程包括观测文件和导航文件的读取、基准站位置的计算、流动站位置的求解、运行结果的输出，下面将分块讨论。(Precision GPS dynamic measurement using carrier phase difference technology, the standard measurement mode, a GPS receiver placed at a known point, as a base station for static measurement, another GPS receiver placed on the carrier, as a mobile station Perform dynamic measurements. The two satellites simultaneously observe the same satellite and then combine the observations of the two GPS receivers to obtain the coordinates and speed of the rover relative to the base station. This paper mainly introduces the process of realizing dynamic dynamic positioning with RTKLIB. The process includes reading the observation file and navigation file, calculating the base station position, solving the position of the mobile station, and outputting the result of the operation.)