jTopo-master

congex的机器视觉的培训教程～，挺不错的 (congex the Machine Vision Training Guide ~, quite good)

NILM-Eval是一个MATLAB框架，允许在不同场景中评估非侵入式负载监控算法，以全面了解其性能.NILM-Eval可以轻松评估多个数据集，住户，数据粒度，时间段和特定算法参数的算法。通过将这些参数封装在配置中。NILM评价仪进一步允许用户轻松地重复其他人执行的实验，评估新数据集上的算法，以及微调配置以提高新算法的性能设置(Nilm-eval is a MATLAB framework that allows evaluation of non-invasive load monitoring algorithms in different scenarios to fully understand their performance. Nilm-eval can easily evaluate algorithms for multiple data sets, households, data granularity, time periods and specific algorithm parameters.By encapsulating these parameters in the configuration.NILM evaluator further allows users to easily repeat experiments performed by others, evaluate algorithms on new data sets, and fine-tune configurations to improve performance Settings for new algorithms)

重启mycat服务，关闭 或 重启...............(reload mycat service)

Engineering mechanics : dynamics / R.C. Hibbeler. 此书的两张配套软盘-Engineering mechanics : dynamics/R. C. Hibbeler. This book, the two matching floppy

说明：  2017年电子设计大赛中的电赛板球系统的程序(The Procedure of Cricket System in Electric Matches)

SSSC控制潮流模型，基于pscad平台搭建(SSSC control power flow model)

estimator model of satellite

51控制可控硅进行无极调光，有单片机程序和原理图(51 control thyristor for non polar dimming.)

单项光伏并网逆变器matlab仿真，有MPPT控制(Matlab simulation of single PV grid connected inverter)

说明：  cop2000实现无符号数乘法——两个8位无符号数相乘，所乘结果是16位，采用原码一位乘，在计算时，用乘数寄存器的最低位来控制部分积是否与被乘数相加，然后右移部分积和乘数，同时乘数寄存器接收部分积右移出来的一位，完成运算后，部分积寄存器保存乘积的高位部分，乘数寄存器中保存乘积的低位部分。(Cop2000 implements unsigned number multiplication-multiplication of two 8-bit unsigned numbers. The multiplied result is 16 bits. When calculating, the lowest bit of multiplier register is used to control whether or not the partial product is added to the multiplier, and then the partial product and multiplier are moved right. At the same time, the multiplier register receives the right-shifted bit of the partial product. After completing the operation, the partial product register saves the product. The higher part, the lower part of the product is saved in the multiplier register.)