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bike89m52 这是电动自行车的双模控制源码
- 这是电动自行车的双模控制源码，自学习，巡航，档位，防盗，等功能。-This is a dual-mode control source of electric bicycles, self-learning, cruise, stall, theft, and other functions.
SpeedDome
- 软件通过串口控制快球，包括预置点添加，删除，巡航等。此例程使用pelco协议-Software through the serial port to control the ball quickly, including the pre-point add, delete, such as cruise. Pelco routine use of this agreement
sdk
- 视频解码器，云台控制，镜头控制，自动巡航，自动扫描，串口设置，地址位。-Video codec, PTZ control, camera control, automatic cruise, auto scan, serial port settings, the address bits.
Crme
- 飞航自动驾驶仪系统控制方案研究Cruise Missile Autopilot System Control Scheme-Cruise Missile Autopilot System Control Scheme
Image-stabilization
- 关于低空高射武器观瞄系统的图像稳定技术的处理及算法。-Low altitude high shooting weapon is an integr al par t of the modern aerial defense system. Cooperating w ith missile and high shoot ing aerial defense system, it can buildup effect ive low altitude def
AVR.C
- 电动摩托车电动自行车控制的程序软件 有各种功能，刹车和巡航-Software control by the electric motorcycle electric bike There are a variety of features, brake and cruise
2.3.2
- 游轮搜索网站前台界面设计。包含DW自带的spyr控件验证。-Cruise search site front interface design. DW comes spyr control verification.
16F72STC
- c语言写的电动车控制器程序，手把控制，刹车制动，自动巡航等功能齐全，可以直接使用-electric vehicle controller procedures, c language written handlebar control, braking, automatic cruise is fully functional and can be used directly
PWM_Output
- 利用stm32主控MUC的高级定时器实现PWM两路输出控制伺服电机巡航-MUC using stm32 senior master timer, PWM outputs to control two servo motors cruise
backstepping-controller
- 关于自适应反步控制的双螺旋桨自动靠泊文献，最新的-The auto-berthing of a ship requires excellent control for safe accomplishment. Crabbing, which is the pure sway motion of a ship without surge velocity, can be used for this purpose. Crabbing is induced by a peculiar ope
MIL2_mit_system_T01
- 基于matlab的主动巡航模型，需要自己编辑驱动力block和采样时间。通过调节控制单元P，PI，PID得到需要的参数-Active cruise matlab based model need to edit their own driving force block and the sample time. By adjusting the control unit P, PI, PID parameters needed to obtain
P7I001
- 基于LEGO的主动巡航模型，双电机输出，PID控制单元，硬件要求LEGO mindstrom超声波传感器 和电动机组-Active cruise LEGO model based on dual-motor output, PID control unit, hardware requirements, LEGO mindstrom ultrasonic sensors and motor unit
PHEV_Control_01
- 在Matlab/simulink中搭建了PHEV整车动力系统的动力分配控制策略，主要是基于逻辑门限的控制策略，可以与其他软件联合仿真，如AVL Cruise-The Control stratage for PHEV with the Matlab/Simulink
ViscaPtz1.4
- 实现VISCA 对云台摄像机的控制，云台的上，下，左，右，左上，左下，右上，右下，自动，及变焦，焦距，光圈，预置位巡航等功能(To achieve VISCA control of the PTZ camera, PTZ up, down, left, right, left, left, right, bottom right, automatic, and zoom, focal length, aperture, preset cruise)
EV
- 建立了电动汽车的电机模型，电池模型以及自适应巡航系统的ACC控制算法，采用神经网络控制对ACC系统控制器进行详细的设计(The motor model, battery model and ACC control algorithm of adaptive cruise system of electric vehicle are established. The controller of ACC system is designed in detail by using neural net
NamelessCotrunQuad_V1.7.5.1
- 参考国内外主流 飞控（APM、 Pixhawk、 Autoquad、 MWC、 CC3D、 INF、 ANO、 LIGHT 等） 的算法与整体 框架的进行深入学习基础上， 经过软、 硬件的精心设计， 继承与发展， 目前飞控整体功 能相对完善， 主要功能有： 姿态自稳、 超声波、 气压计定高， 低空光流定点悬停、 户外 GPS 定点， GPS 模式下定速巡航、 一键返航着陆等功能， 涵盖飞控学习主要核心算法： 传感器滤波（一阶 RC、 二阶巴特沃斯、 带阻滤波、 陷波滤波等） 、 姿态解