搜索资源列表
ErrorProcess
- 飞行数据仿真系统软件详细设计方案，操作系统选择嵌入式操作系统ETS-Flight data simulation system software design operating system to choose the embedded operating system ETS
oneshumaguan
- 51单片机一个数码管显示数码管飞行效果的例程-51 single a digital display digital flight effect routines,
TDC-GP22
- 超声热表TDC-GP22控制代码，可测量飞行时间和温度，以及TDC状态查询-Ultrasonic heat meter TDC-GP22 control code, measure flight time and temperature, and status inquiry TDC
pid
- 四轴PID计算代码，对四轴飞行器飞行过程中的传感器数据进行PID解算-Axis PID calculation code for Four aircraft during flight sensor data PID solver
ErrorProcess
- 飞行数据仿真系统软件详细设计方案，操作系统选择嵌入式操作系统ETS-Flight data simulation system software design operating system to choose the embedded operating system ETS
STM32F10x_StdPeriph_Lib_V3.5.0
- 基于stm32的飞行器代码，用遥控器可以实现对飞行器控制飞行，可以通过GPS进行定位.-Stm32 code based aircraft, with a remote control can be achieved on aircraft flight control, can be located by GPS.
STM32F10x_CLI_Picoc---v2.1
- 一个非常小的C解释器的脚本。它最初是作为一个无人机的飞行系统板上的脚本语言。它也非常适合于其他机器人，嵌入式和非嵌入式应用。-A very small C interpreter scr ipt. It was originally used as a UAV flight system board scr ipting language. It is also well suited for other robots, embedded and non-embedded application
Infrared-remote-control
- 用VERILOG语言实现的红外遥控实验，已成功用于实验用小飞机的飞行控制。-Experiment with infrared remote VERILOG language, has been successfully used in experiments with small aircraft flight control.
aircraft-source-IAR-430
- 四旋翼飞行器代码，方便新手快速学习与掌握，四元数融合，飞行PID控制 ，运用的编译环境:IAR for MSP439,控制所用的MCU:MSP430f5529 传感器:mpu6050- Four rotor aircraft, code, have fast learning and facilitate novice, four yuan per fusion, flight PID control, use the compiler environment: IAR for MSP439
G2553-flight-control
- MSP430G2553飞控说明 本程序由Arlyb编写！！！ 程序说明： 为2014TI电赛开发！ 配合MPU6050，可实现四轴飞行器姿态控制及其飞行控制，适合有一定基础的人！-MSP430G2553 flight control descr iption The program is written by Arlyb!!! Descr iption of the procedures: As the 2014TI game
F149-flight-control
- MSP430F149飞控说明 本程序由Arlyb编写！！！ 程序说明： 配合MPU6050，可实现四轴飞行器姿态控制及其飞行控制，适合有一定基础的人！-MSP430F149 flight control descr iption The program is written by Arlyb!!! Descr iption of the procedures: With the MPU6050, can realize four axi
ArduPlane-2.74b
- 本压缩文件包是APM开源飞控代码，包括APMrover2,ArduCopter,ArduPlane，即地面车辆，多旋翼无人机，直升机的开源飞控程序，包含大量库文件，实现不同机型飞行器的飞行控制，可以设置不同飞行模式，利用GPS导航进行正确定位，实现对飞行器的多种控制。-The compressed file packet is APM open source control code, including APMrover2, ArduCopter, ArduPlane, namely grou
2014.9.3
- 飞行模拟控制器程序，实现方向控制，油门的数字与模拟控制。-Flight simulation controller procedures, the realization of direction control, digital and analog control throttle.
flapcontrol_ino
- 利用串口和LUA脚本程序实现微软模拟飞行软件的通讯，制作飞机中的襟翼控制指示器-LUA scr ipts using serial port and implement Microsoft Flight Simulator software, communications, build aircraft flap control indicator
radio_com_ino
- 利用串口和LUA脚本实现微软模拟飞行软件中电台的实物重建。-LUA scr ipting using serial port and physical reconstruction of Microsoft Flight Simulator software radio.
mcp_disp
- 与微软模拟飞行软件串口通讯，实现MCP自驾仪的高度，速度等飞行参数的现实。-Microsoft Flight Simulator software and serial communication, to achieve realistic MCP autopilot' s altitude, speed and other flight parameters.
fsxflap
- 通过串口通讯与微软模拟飞行通讯，实现波音737襟翼显示表，7段襟翼控制。-Through the serial port to communicate with the Microsoft Flight Simulator communication, to achieve 737 flap indicator, 7-segment flap control.
geartest
- 利用串口与微软模拟飞行通讯，实现战斗机的起落架控制，含起落架的状态灯显示-Microsoft Flight Simulator using serial port and communication, to achieve fighter landing gear control, status lights display containing the landing gear
ArduCopter-3.0.1
- 四旋翼飞控系统，包含定点，定高，自动按航迹点飞行，自动起飞，降落功能-Four-rotor flight control system
Four-axis-aerial-vehicle
- 基于STM32F4的X型四轴飞行器，采用MUU6050传感器，新西达2212直流无刷电机，飞行稳定，可用于航拍等。-STM32F4 based on four axis aircraft, using MUU6050 sensor, new West 2212 brushless DC motor, the flight stability, can be used for aerial photograph.