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robort
- 机器人控制的仿真,使用遗传算法优化神经网络-control of the robot simulation, the use of genetic algorithm optimization neural network
robort
- 机器人控制的仿真,使用遗传算法优化神经网络-control of the robot simulation, the use of genetic algorithm optimization neural network
robocode-1.7.1.1-setup
- java语言编写的机器人,可以安装使用,并且附有源码-robort with java can be installed and run code is provided also
robort
- 简单的机器人开发软件说明书,希望对大家有帮助-simple for robot develop
robort
- 通过opengl绘制了一个能动的机器人,接着通过键盘控制进行机器人的旋转。-Opengl rendering through a dynamic of the robot, and then carried out through the keyboard to control the rotation of the robot.
robot
- OPENGL绘制机器人,绘制出来的机器人可以进行手脚的键盘控制-opengl control the robort with the keyboard
OpenGL_Robot
- 用opengl实现的机器人,可以行走,活动各个关节,还有纹理的图片。功能比较全面。-robot
MyMSN_Robort
- C#编写的MSN机器人的例子,用于AI等机器人开发会有些帮助-C# prepared MSN Robot example for the development of AI, such as robots might be helpful
ROBORT
- 一个很简单的程序,OPENGL可一走动的人-A very simple procedure, a walking robot using OPENGL
robort.pdf
- 某著名培训机构内部的资料主要讲述了如何用51单片机制作一个智能机器人的详细过程。有源代码。-Training institutions within a well-known that information about how to create a single chip with 51 detailed process of intelligent robots. Source code.
ROBORT
- USB转RS485,实现串行通讯,上位VC++编程-transferring usb protocol to RS485 protocol
Robort-auto-soldering
- 自动机器人 在自动焊接工艺上的应用程序 -Robot control program in auto soldering process
robort
- 基于元胞机的机器人绕行障碍,完美运行,找到最佳路径-Cellular machine-based robot bypass obstacles, the perfect run to find the best path
robort
- 很简单的机器人绘制,只是简单的实现了一些简单的功能,可以用于做更细致绘制的模板-Very simple robot drawing, but simply to achieve some simple functions that can be used to make a more detailed drawing template
new-multi-legs-robot
- 新型多组机器人,类似于在欧洲海岸上的那种风动的机器人,但是,这个是电机控制的,非常好用-new design multi-legs robort ,just like the creature designed in europe coast line,and this is move by the motor
matlab
- 罗伯特算子边缘检测程序源代码,很经典的算法程序-robort suanzibianyuanjiance
robort
- 机器人的轨迹跟踪程序,修改参数可以重新建立自己想要的模型,可以看到末端轨迹的运动画面。-Robot trajectory tracking program, you can modify the parameters to re-establish the model you want, you can see the end of the trajectory of the moving picture.