资源列表
S7200 与仪表MODBUS主站通讯_back
- S7200MODBUSRTUBIANCHENGANLI
新建文本文档
- // 将二进制形式的字符串转换成二进制 int zhuanhuan(char* myChar) { //例如 char* myChar[] = {"11111000"}; int bytebuf = 0; int i; for (i = 0; i < 8; i++) { bytebuf <<= 1; //a<<=n 等价于a=a<<n << (左移) byt
bushound5.0完美版5.0
- BusHound软件是由美国perisoft公司研制的一种专用于PC机各种总线数据包监视和控制的开发工具软件，其名“hound”的中文意思为“猎犬”，即指其能敏锐地感知到总线的丝毫变化。(BusHound software is a kind of special for PC bus data packet monitoring and control developed by American perisoft company's software development tools, th
Android开发入门与实战体验
- Android开发入门与实战体验，帮助android学习(Android development portal and combat experience, to help Android learning)
Android读取office
- 使得安卓能够读取office 2007的内容(It makes android devices can read the content of office 2007)
test串口
- 对串口收发数据的调试，方便新手了解串口的相关知识(Serial port to send and receive data debugging, to facilitate novice understanding of serial knowledge)
RDA_of_SAR_易刘改
- 使用距离徙动算法解决SAR的成像问题，采用插值运算(Using range migration algorithm to solve the imaging problem of SAR,Interpolation operation)
MIMO_QAM_MATLAB
- 2x2，4x4MIMO的误码率性能仿真，比较了ML,ZF,MMSE,ZF-SIC,MMSE-SIC在4QAM和16QAM下的性能曲线(The BER performance of 2x2 and 4x4MIMO is simulated, and the performance curves of ML, ZF, MMSE, ZF-SIC, and MMSE-SIC under 4QAM and 16QAM are compared)
BER_perf_4QAM_2x2MIMO
- 2x2MIMO的误码率性能仿真，比较了ML,ZF,MMSE,ZF-SIC,MMSE-SIC在4QAM下的性能曲线(The BER performance of 2x2MIMO is simulated, and the performance curves of ML, ZF, MMSE, ZF-SIC, and MMSE-SIC under 4QAM are compared)
BER_perf_4QAM_4x4MIMO
- 4x4MIMO的误码率性能仿真，比较了ML,ZF,MMSE,ZF-SIC,MMSE-SIC在4QAM下的性能曲线(The BER performance of 4x4MIMO is simulated, and the performance curves of ML, ZF, MMSE, ZF-SIC, and MMSE-SIC under 4QAM are compared)
BER_perf_16QAM_2x2MIMO
- 2x2MIMO的误码率性能仿真，比较了ML,ZF,MMSE,ZF-SIC,MMSE-SIC在16QAM下的性能曲线(The BER performance of 2x2MIMO is simulated, and the performance curves of ML, ZF, MMSE, ZF-SIC, and MMSE-SIC under 16QAM are compared)
BER_perf_16QAM_4x4MIMO
- 4x4MIMO的误码率性能仿真，比较了ML,ZF,MMSE,ZF-SIC,MMSE-SIC在16QAM下的性能曲线(The BER performance of 4x4MIMO is simulated, and the performance curves of ML, ZF, MMSE, ZF-SIC, and MMSE-SIC under 16QAM are compared)