Implementing a dialogue robot with Raspberry Pi
Recently, we have implemented a robot that can talk to people with Raspberry Pi, a brief introduction.
Raspberry
tutorial. This is a reference to the input pin to make it easier to know when to accept an input.If you want to use GPIO as input now, take a look at burping jelly Baby and quick reaction game tutorials, implemented in Python, or a reaction game with scratch implementations.# #术语表GPIOGeneral-purpose input and output; The Raspberry Pi is a pin and something you can do with them. It's called because you can
possible to find HDMI to DVI. I tried the next HDMI turn VGA is also possible.2. Also modify the Config.txt file under boot diskTurn on HDMIhdmi_safe=1Reference article: http://wangye.org/blog/archives/762/After startup, you can use the keyboard and mouse, is an arm of the small computer, the start speed is very fast.Quickly enter the operating system. The default user name Pi, directly into the, no login window.Also follow the LibreOffice.5, summary
the device does not. No image is displayed.After searching, it is possible to find HDMI to DVI. I tried the next HDMI turn VGA is also possible.
2. Also modify the Config.txt file under boot diskTurn on HDMI
Hdmi_safe=1
Reference article: http://wangye.org/blog/archives/762/
After startup, you can use the keyboard and mouse, is an arm of the small computer, the start speed is very fast.
Quickly enter the operating system. The default user name Pi, d
occur. Please let me know if there is a problem in checking the steps mentioned above. ---------------------------------------- (6) Use # #使用 Some basic examples of use can help to start using some of the Raspbian software. Directory: -Scratch-Scratch is a visual tool that lets users do some animations and games by dragging and placing the interface.-Python-Python is a widely used language that is easy to get started and very powerful.-Sonic Pi-Use s
Raspberry Pi 3-jessie compiled and installed Ros-indigo full versionPublished: October 20, 2016 09:31:21 Views: 4,388 from: Ray Everyone in the study of Ros sometimes directly using a notebook or industrial computer (small host), more trouble, the price is more expensive, and then a lot of people put their ideas into small embedded computers such as TK1, Raspberry
What's this?"Roomblock" is a robot platform consists of a Roomba, a Raspberry Pi 2, a laser sensor (RPLIDAR) and a mobile battery.The mounting frame can be made by 3D printers. ROS navigation system enable to make a maps of rooms and use it to reach to the goal autonomously.Who need this?Anyone want to learn the cutting-edge technologies of robotic navigation, ma
Reprint: https://null-byte.wonderhowto.com/how-to/hack-radio-frequencies-hijacking-fm-radio-with-raspberry-pi-wire-0177007/software-defined Radio and Signals intelligence, we learned how to set up a radio listening station T o Find and decode hidden radio signals-just like the hackers who triggered the emergency siren system in Dallas, Texas, Probably did. Now so we can hear in the radio spectrum, it's time
-J8 option downloads 8 packages in parallel.Note:the Roslisp package are excluded in these generators because the dependency sbcl are not available in the Raspbian rep Ositories. Building SBCL from source may be possible and is not tested. So far, only these variants has been tested on the Raspberry Pi in Indigo; However, more is defined in REP 131such as robot,
Setting up Windows Ten for IoT on your Raspberry PiThis week on the BUILD conference in San Francisco Microsoft released the first preview of the Windows IoT (Internet of Thi NGS) for Raspberry Pi 2 (AS-well-lovely devices like the Intel Galileo and Minnowboard Max).First, as I mentioned in February the Raspberry
Use Raspberry Pi to implement chatbotsI recently used Raspberry Pi to implement a robot that can talk to people. I will give a brief introduction.Raspberry Pi is the world's most popular micro-computer motherboard. It is a leading
the raspberry pie on the processing of images, can also be sent after the computer processing.
Since the final requirement of this project is for the robot to run independently, it is recommended that most of the processing be done on the raspberry pie, which should consider performance issues. Although the raspberry
/opt/ros/indigo
Common errors:
The compilation process compiles more than 180 package and installs it in the/opt/ros/indigo directory, often reporting ' collada_parser ', ' collada_urdf ', ' Rviz ', ' Visualization_ Tutorials ', ' rqt_robot_plugins/rqt_rviz ' these packets are faulty and the installation is interrupted. The solution is to remove the packages from the directory ~/ROS_CATKIN_WS/SRC directory and recompile the entire Ros. Finally, a separate workspace is created and the packages a
Reference:http://blog.csdn.net/flywiththejet/article/details/55258030 1. Write multiple Ros node to be started into the same launch file: my_robot_name_2dnav/ Launch/nav_patrol.launch 2. The Roslaunch command to be started is added to the ~/.BASHRC file: Add the following at the end of the ~/.BASHRC file: ... source/opt/ros/indigo/ Setup.bashsource ~/catkin_ws/devel/setup.bashexport Ros_master_uri=http://192.168.192.166:11311export ROS_ hostname=192.168.192.166 #
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