资源列表
HTML5
- 实现的多图片上传服务器的网页功能,beautiful userface-HTNL Source Code
LED-dot-matrix-program
- 基于STC单片的LED点阵程序，可用于点阵LED广告屏的程序编写，可显示各种字符。-STC based on LED single chip dot matrix program, can be used for the preparation of dot matrix LED advertising screen, can display a variety of characters.
FMCW
- FMCW体制雷达的测距测速仿真，其中包括单点目标和多点目标的探测-FMCW system of radar ranging speed simulation, including single-point target and multi-point target detection
Remote-control-calculator
- 基于STC单片机的遥控计算器，通过遥控按键可进行简单的加减乘除平方开根等计算，最后将计算步骤及计算结果显示于LCD。-Remote calculator based on STC microcontroller, through the remote control key can open the square root add, subtract, multiply and divide simple calculation, finally the calculation steps an
edu
- HTML教育网站模板，很好看又实用的一个模板，用的H5-HTML Source Code
Alcohol-testing-system
- 该系统设计应用STC单片机及MQ酒精传感器对酒精浓度进行采集及显示，可通过LCD直观的显示出当前环境的酒精浓度。-The system design and application of STC single chip microcomputer and MQ alcohol sensor to collect and display the alcohol concentration, can be directly displayed through the LCD of the curre
Remote-control-traffic-light
- 应用遥控对交通灯进行调整，比如红黄蓝灯的转换、延时等，跟STC单片机采用红外线的方式进行信息交流。-Application of remote control traffic lights to adjust, such as the red yellow blue light conversion, delay, etc., with the STC microcontroller using infrared way for information exchange.
chaoliujisuan(14)
- 详细说明了14节点的潮流计算方法以及网损的计算-The calculation method of 14-node power flow and the calculation of net loss are described in detail
newton
- 牛顿迭代解决非线性方程组解的问题，用于解决足球比赛预测中的logistic模型的最大似然估计。-Newton iteration to solve the problem of nonlinear equations to solve football game prediction of the logistic model of maximum likelihood estimation.
fengdian
- 关于风电的仿真模型，针对发电机控制系统部分做了仿真-The simulation model of wind power is given, and the simulation of the generator control system is given
ckf
- 编程实现了关于发电机状态估计，采用改进的鲁棒ckf-Programming on the state of the generator to estimate the use of improved robust ckf.
lizilvbo
- 编程实现了粒子滤波，对卡尔曼滤波的比较，以及误差分析等。-Programming to achieve the particle filter, the comparison of Kalman filtering, and error analysis.