搜索资源列表
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- 星对星，星对地面站的可见性算法，文章后附源程序代码-A complete solution for multiple Satellite-Satellite and Satellite-Ground Station Visibility determination
mavlink-master
- mavlink协议，广泛用于无人机与地面站间的通讯，例如APM等。-mavlink protocol, widely used in communications between the UAV and the ground station, such as APM and so on.
rollpitch
- 地面站显示程序。可以通过串口获取单片机传入的姿态数据、加速度信息、GPS信息等-Ground station display program. You can get the microcontroller through the serial port for incoming data posture, acceleration information, GPS information, etc.
MPU6050(dmp)
- stm32读取mpu6050采用匿名四轴协议发送，可以用匿名四轴地面站观察，打开高级接收。-stm32 read mpu6050 axis protocol to send anonymous, anonymous axis can be observed ground station, open the Advanced reception.
beidouweixingdaohang
- 北斗卫星导航系统地面接收站， 北斗卫星导航系统地面接收站-Beidou satellite navigation system ground station, the Beidou satellite navigation system ground station, the Beidou satellite navigation system ground station
Ysend
- DME地面测距台Y波道的发送信号,为做民航测距机的孩子们使用-DME ground station sends a signal ranging Y channel of
mavlink
- 基于apm飞行控制的通讯协议，主要为地面站和无人机的通讯起到桥梁作用-Communication protocol based on the apm flight control, mainly for the ground station and unmanned aerial vehicle (uav) play a role of bridge of communication
STK_MFC
- 基于MFC开发的一个STKX简单示例程序，实现了新建场景，添加地面站并鼠标点击设置位置，添加飞机等简单功能。STK官方的例子是用Windows forms application，这里用MFC重新实现了另一个例子。-STKX based MFC developed a simple example program that implements the new scene, add ground station and mouse clicks to set position, adding a
quadrotor-monitor_matlab
- 用于四旋翼无人机的地面站监控程序，MATLAB源码，可直接运行-For the four-rotor UAV ground station monitoring program, MATLAB source code can be run directly
DTU
- 地面站授权控制，通过DTU控制盒来实现对地面站，飞控和服务器进行信号控制与处理。-The ground station authorization control, through the DTU control box to realize to the ground station, flight control and server control and signal processing.
3dflycontrol
- 利用vs2010简单实现了姿态模拟，想做四轴飞控上位机或地面站的可以借鉴参考-Vs2010 use simple gestures to achieve a simulation, wanted axis flight control PC or ground station can draw reference
sc
- 用时差法对空中机动目标进行定位,地面至少需要四个基站工作,而地面基站的布站形式对定位精度有很大的影响。通过计算机对时差定位的三种基本布站形式进行分析和仿真,得出了目标定位精度与布站方式的关系,即在相同的测量条件下达到最优的测量结果-With transit-time aerial maneuvering target positioning, ground work requires at least four base stations, and distribution stations
ANO_TC
- 匿名地面站。配合匿名程序进行PID调参，读取飞控数据-Anonymous ground station. Anonymous program with PID parameter adjustment, reading the flight control data
ANO_TC_V3.1
- ANO_TC匿名科创地面站V3.1，匿名四轴飞行器上位机-ANO_TC anonymous Kechuang ground station V3.1, an anonymous four-axis aircraft PC
platsizhou
- 瑞萨单片机RL78 陀螺仪mpu6050 dmp读取 四轴串级pid + ANO_TC匿名科创地面站v4 显示姿态pid调试-Renesas MCU RL78 DMP read four axis gyroscope mpu6050 cascade PID+ ANO_TC anonymous Kechuang ground station V4 display posture PID debugging
qgroundstation
- 基于QT5.5的飞控地面站，实现了数据的接收，解码以及显示。使用了QCustomPlot开源代码做到了漂亮的波形显示。对做地面站的朋友有一定参考价值。-Flight control ground station based on QT5.5, realize the data receiving, decoding and display. Using the QCustomPlot open source code to do a beautiful waveform display. Hav
GroundStation
- 基于VC6.0平台的飞控地面站，实现了与飞控计算机的网络通讯，数据传输。并解算显示。并加载了Airs.ocx NTgrapy.ocx等多种强大控件。-Based on the platform of VC6.0 flight control ground station, realizing the network communication and flight control computer, data transmission. And solving the display. And
ANOGround
- 无人机地面站 机器人上位机 串口通信 带仪表显示-UAV Ground Station robot host computer serial communication with instrument display
Ground3.1
- 无人机地面站 机器人上位机 串口通信 带仪表显示-UAV Ground Station robot host computer serial communication with instrument display
JD-GCS01
- JD-GCS01无人机地面站系统 产品介绍 JD-GCS01无人机地面站系统是无人机自动驾驶仪配套地面站指挥控制系统，内置60KM远距离通讯数传电台、图传及图像采集卡、GPS/BD双频卫星接收机、摇杆，具有便携、集成化高、处理能力强等特点。 电源：内置锂离子聚合物电池，可实现220V/电池双供电模式。 充电功耗：<15W；电池连续工作时间：>2h 外形尺寸：510x420x200mm 重量：6kg-JD-GCS01 UAV Ground Stati