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Build Your Own Robot, Video Edition

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6:06:04

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  • Appendix A. Hardware purchasing guide.mp4
    04:09
  • Appendix A. Motors, chassis kits, and joystick controllers.mp4
    01:50
  • Appendix A. Optional purchases.mp4
    01:38
  • Appendix A. Power and cabling.mp4
    01:25
  • Appendix B. Actiating the Python irtual enironment.mp4
    02:19
  • Appendix B. Configuring the Raspberry Pi.mp4
    04:45
  • Appendix B. Setting up the Adafruit CRICKIT HAT.mp4
    02:33
  • Appendix C. Building a pusher robot.mp4
    04:35
  • Appendix C. Building a sero camera robot.mp4
    04:56
  • Appendix C. Creating a track for the pusher robot.mp4
    02:39
  • Appendix C. Robot assembly guide.mp4
    05:59
  • Appendix D. Mocking the CRICKIT library.mp4
    04:01
  • Chapter 1. Our approach to making robots.mp4
    04:24
  • Chapter 1. Summary.mp4
    01:18
  • Chapter 1. What are robots made of.mp4
    06:13
  • Chapter 1. What is a robot.mp4
    03:44
  • Chapter 2. Changing Neopixel colors.mp4
    04:05
  • Chapter 2. Checking the touch sensor state.mp4
    00:50
  • Chapter 2. Configuring the software for our robots.mp4
    01:12
  • Chapter 2. Controlling DC motors.mp4
    00:49
  • Chapter 2. Controlling motors with the touch sensor.mp4
    02:43
  • Chapter 2. Getting started.mp4
    04:55
  • Chapter 2. Summary.mp4
    01:20
  • Chapter 3. Controlling the speed and duration of moements.mp4
    01:55
  • Chapter 3. Driing the robot.mp4
    02:30
  • Chapter 3. Hardware stack.mp4
    01:03
  • Chapter 3. Moing backward.mp4
    01:05
  • Chapter 3. Moing left and spinning in either direction.mp4
    02:20
  • Chapter 3. Refactoring by finding common logic.mp4
    04:02
  • Chapter 3. Refactoring by using functools.mp4
    04:06
  • Chapter 3. Software stack.mp4
    01:34
  • Chapter 3. Summary.mp4
    01:18
  • Chapter 3. Turning right.mp4
    01:20
  • Chapter 3. Using enironment ariables for configuration.mp4
    08:20
  • Chapter 3. Writing a moe forward function.mp4
    03:45
  • Chapter 4. Adding a speed argument.mp4
    01:54
  • Chapter 4. Benefits of a REPL.mp4
    01:00
  • Chapter 4. Creating a robot shell.mp4
    01:45
  • Chapter 4. Creating the robot shell.mp4
    04:37
  • Chapter 4. Handling command arguments.mp4
    02:14
  • Chapter 4. Hardware stack.mp4
    00:41
  • Chapter 4. Running robot shell scripts.mp4
    04:46
  • Chapter 4. Software stack.mp4
    00:50
  • Chapter 4. Summary.mp4
    00:58
  • Chapter 5. Calling web serices from Python.mp4
    13:18
  • Chapter 5. Controlling robots oer SSH.mp4
    09:26
  • Chapter 5. Controlling robots remotely.mp4
    02:29
  • Chapter 5. Creating web serices for robots.mp4
    06:16
  • Chapter 5. Robot testing tips.mp4
    01:39
  • Chapter 5. Software stack.mp4
    02:18
  • Chapter 5. Summary.mp4
    00:45
  • Chapter 6. Creating a full-moement web app.mp4
    08:17
  • Chapter 6. Creating robot web apps.mp4
    02:16
  • Chapter 6. Moing robots forward and backward oer the we.mp4
    10:58
  • Chapter 6. Software stack.mp4
    01:01
  • Chapter 6. Summary.mp4
    00:50
  • Chapter 7. Joystick eents.mp4
    01:38
  • Chapter 7. Joystick-controlled robots.mp4
    03:38
  • Chapter 7. Measuring the rate of joystick eents.mp4
    07:03
  • Chapter 7. Moing robots with joysticks.mp4
    04:58
  • Chapter 7. Reading Linux joystick eents.mp4
    15:22
  • Chapter 7. Reading joystick eents using Pygame.mp4
    06:48
  • Chapter 7. Software stac.mp4
    00:58
  • Chapter 7. Summary.mp4
    00:57
  • Chapter 8. Capturing images using OpenCV.mp4
    15:49
  • Chapter 8. Keyboard-controlled camera.mp4
    02:26
  • Chapter 8. Moing a camera with seros.mp4
    15:59
  • Chapter 8. Software stack.mp4
    00:57
  • Chapter 8. Summary.mp4
    00:41
  • Chapter 9. Creating a face-following robot.mp4
    09:54
  • Chapter 9. Detecting faces in an image.mp4
    11:08
  • Chapter 9. Detecting faces in lie ideo.mp4
    12:46
  • Chapter 9. Face-following camera.mp4
    02:31
  • Chapter 9. Software stack.mp4
    01:08
  • Chapter 9. Summary.mp4
    00:48
  • Chapter 10. Detecting QR codes in an image.mp4
    08:11
  • Chapter 10. Moing the robot to a target QR code.mp4
    05:42
  • Chapter 10. Robotic QR code finder.mp4
    02:42
  • Chapter 10. Software stack.mp4
    01:00
  • Chapter 10. Streaming lie ideo to multiple applications.mp4
    20:20
  • Chapter 10. Summary.mp4
    00:54
  • Chapter 11. Building a snack-pushing robot.mp4
    02:35
  • Chapter 11. Creating the snack-pushing application.mp4
    12:59
  • Chapter 11. Finding and pushing snacks.mp4
    10:32
  • Chapter 11. Software stack.mp4
    00:47
  • Chapter 11. Summary.mp4
    00:55
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    Students take courses primarily to improve job-related skills.Some courses generate credit toward technical certification. Udemy has made a special effort to attract corporate trainers seeking to create coursework for employees of their company.
    • language english
    • Training sessions 86
    • duration 6:06:04
    • Release Date 2024/07/23