搜索资源列表
sensorRC
- 基于9S12（MOTOROLA）单片机的REMOTE SENSOR SHARP is1u60_SH 的信号接收程序。此SENSOR MODULE可用于接收多种红外信号，以及多种遥控器的信号。-based 9S12 (Motorola) SCM REMOTE Trends SHARP is1u60_SH signal reception procedures. This Trends MODULE can be used to receive a variety of infrared signa
IR_REMOTE_CONTROL_THEORY
- 红外遥控协议，里面包含诺基亚,夏普，索尼等协议-Infrared remote control agreement, which includes Nokia, Sharp, Sony and other agreements
sharp_to_nec
- 一个用MCU将SHARP 遥控码转为NEC码的小程序-MCU will be using a remote control code SHARP to NEC code applet
mamahuhu
- 一个功能齐全的远程控制的E源码，集合了许多功能，体积小，霎是好用！视频，桌面，文件管理，dos，以及许许多多的小功能，可扩展功能的。-A fully functional remote control E source, a combination of many features, small size, Sharp is easy to use! Video, desktop, file management, dos, and many, many small features, scal
MyRDP
- remote desktop access in c sharp
Remote-Screen-Control-C-Sharp.-Net
- 远程屏幕控制C#.Net，练手的小程序大家可以-Remote Screen Control C#. Net, practiced hand we can see a small program
NSTS
- 这是一个综合的网络安全工具，使用C Sharp编程，实现网络扫描、协议分析、远程控制等等功能。-This is a comprehensive network security tools, use C Sharp programming, realize network scanning and protocol analysis, remote control, etc. Function.
GDAL-CSharp-1.9
- c sharp 版本的GDAL19类库，用于开发地理信息系统及遥感处理软件。-c sharp version of GDAL19 library for the development of geographic information systems and remote sensing processing software.
24K-pony-remote-control-source
- 24k小马远控，绝对无后门，抓鸡必备利器！没做免杀，养鸡专业户，功能也很多-24K pony remote control, absolutely no back door, grasps the chicken sharp weapon! Do not kill, chicken farmer, the function is also a lot of
C-Sharp-WakeUpRemote
- C Sharp，远程开机实例，支持跨网段和群发，这个是其他例子没有的。代码有注释，容易阅读。-C Sharp, remote boot instances, support cross segment and mass, this is not the other examples. Annotated code, easy to read.
CSharp-remote-desktop
- 使用C SHARP开发的远程桌面程序，可以用来参考一下，-Developed using C SHARP remote desktop program that can be used to refer to,
QuasarRAT-master
- QuasarRAT-master IS VERY good remote admin tool. coded in C sharp. english version.
PCA
- 高光谱遥感与传统的单波段、多光谱数据相比，波段量大量增加、波段宽度极大降低，对地面目标的光谱特性的测度更加细致，然而波段的增多必然导致数据量急剧增加、计算量增大、信息冗余增加以及统计参数的估计偏差增大。因此，对高光谱数据进行降维处理具有重要意义。一方面，降维能够使图像远离噪声，提高图像数据质量；另一方面，能够去除图像中的无价值波段，减少波段数，从而降低计算量，提高运算效率。主成分分析是常用的高光谱数据降维处理方法之一。(Compared with the single band, hypersp