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satellite
- VC++下实现OpenGL的三维星空多轨道卫星绕地球源代码.这个程序在C++中调用OpenGL,蓝色的球体代表地球，粉红色的球体代表地球的地球的静止轨道卫星，该卫星在地球赤道上方和地球一起做同步运动。黄色球体代表其他轨道卫星，它们的轨道各不相同。-Achieved under VC++ 3D OpenGL-Star multi-orbit satellites around the earth the source code. This procedure is called in C++ in
SimultaneousObservation
- Very Low Frequency (VLF) spectrograms show sometimes sets of lines called MLR (Magnetospheric Line Radiation) with frequency spacing close to 50 or 60 Hz. It is very tempting to attribute these MLR to Power Line Harmonic Radiation (PLHR). PLH
356770GIShomework01
- gis Coastal Land Use/Land Cover maps and Coastal Regulation Zone map on 1:25,000 and 1:50,000 scales derived from satellite data were collected from State Coastal Zone Management Authorities and enlarged into 1:12,500 scale. The georeferenced maps we
9780596516215
- matlab Coastal Land Use/Land Cover maps and Coastal Regulation Zone map on 1:25,000 and 1:50,000 scales derived from satellite data were collected from State Coastal Zone Management Authorities and enlarged into 1:12,500 scale. The georeferenced maps
3970998arcgis_api_for_flex_1_0
- flex Coastal Land Use/Land Cover maps and Coastal Regulation Zone map on 1:25,000 and 1:50,000 scales derived from satellite data were collected from State Coastal Zone Management Authorities and enlarged into 1:12,500 scale. The georeferenced maps w
AS16959
- ddd Coastal Land Use/Land Cover maps and Coastal Regulation Zone map on 1:25,000 and 1:50,000 scales derived from satellite data were collected from State Coastal Zone Management Authorities and enlarged into 1:12,500 scale. The georeferenced maps we
gps
- GPS(Golbal Position System)全球定位系统是一个在做一些项目中很常用到的仪器，它通过卫星的通信可以返回给你你当前所处的时间，时区，经纬度等等。VC++编写GPS通信是属于典型的基本的串口通信例子，而且只用接收信息即可，不用对GPS发送信息。 编写通信的方法的前半部分都跟我上篇文章说的串口通信一样，即注册ActiveX，建立实例及事件的映射等等。完成上面的操作后，你就可以接收的GPS发来的信息了。-GPS (Golbal Position System) GPS i
code
- 作品主要是完成对物体的跟踪。使用时，跟踪器安置于被跟踪物体上，将其开关打开，使用者需要知道跟踪物的位置时就拨打跟踪器上SIM卡的电话号码，电话拨通后，跟踪器会自动的将拨打过程停止（挂断）。然后回复跟踪器所在的地理位置和卫星时间（转化北京时间+8时区的时间）。 作品用到的模块：SIM300短信模块，GPS模块 占用STM32资源：-The work is mainly to complete the tracking of objects. When in use, the t
gbSAR--earthquake-deformation
- 合成孔径雷达(SAR)差分干涉测量是一种最新的大地形变测量遥感技术方法.利用欧洲空 间局1996年4月15日获取的地球资源卫星ERS-1数据和4月16日获取的ERS-2数据,以及 1997年12月2日获取的ERS-2数据,应用差分干涉测量技术对发生于1997年11月8日的西藏 玛尼地震进行了提取区域形变场的应用研究.从得到的变化检测条纹图中可识别出地表破裂带,并 可定量推算震中周围和两条断裂带附近的变形情况.分析结果表明:断裂为左行平移性质,断裂带 南侧水平错动的最大变形量至