Project tutorial
Robot Tracking and Mapping

Robot Tracking and Mapping

In this project we will make a tracking system that doesn't depend on GPS for any vehicle or robot.

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  • 1 comment
  • 6 respects

Components and supplies

3-mm acrylic structure
50x30 cm
×1
DC motors and wheels
×2
Castor Wheel
×1
L298 Dual-Channel Motor Driver
×1
11026 02
Jumper wires (generic)
×20
10x3mm nails and bolts
×1
Copper Spacers
×1
A000066 iso both
Arduino UNO & Genuino UNO
Arduino Uno used in this project
×2
Screen shot 2019 03 20 at 2 38 27 pm fqndazqcx1
1Sheeld
×1
Smartphone
Samsung Galaxy Note 3 used in this project
×1

About this project


http://www.youtube.com/embed/8me8J7oI-gk?feature=oembed

Intro

In this project we will make a tracking system for any vehicle or robot. This project can be used to monitor a remote robot to track its motion. This tracking system does not depend on GPS as it has low accuracy especially indoors.

This Project is based on Arduino and 1Sheeld to utilize the sensors in smartphones without any extra components. In this project we use a robotic platform GURO (made by AXIS Team) and a tracking system using 1Sheed ONLY!.


Full Bill Of Materials

  • The Robot, including (to order this platform contact axisteamnu@gmail.com):


  • 3-mm acrylic structure (50*30 cm)
  • 2-DC motors and wheels
  • 1-Castor Wheel
  • L298 Dual-Channel Motor Driver
  • 20 Jumper Wire
  • screw driver
  • 10x 3mm nails and bolts
  • Standrd PC Joystics
  • Copper Spacers


  • 2x Any Arduino board (Arduino Uno used in this project)
  • 1Sheeld
  • Smartphone (Samsung Galaxy Note 3 used in this project)


Notes

You can use only one Arduino board, but the program size will be huge!- You can also control the motion of the robot using Gamepad Shield from 1Sheeld- check that your smartphone has (Orientation Sensor and Accelerometer Sensor).


Step 1: Part I: The Robot Platform

The idea of this robot is to capture the values of the potentiometers

in the standard PC Joysticks and connect them as analog input to the Arduino. Each Analog button is connected to two pots, one that change its value when the button moves vertically and the second one horizontally. Depending on the change in values of the potentiometers the Arduino will control the motors.


Step 2: Assemble the robot

Step 3: Control Box

1. Connect the motor driver with Arduino

- Motor driver has 6-male pin header

- EN1 and EN2 to Connected to 5v (HIGH to enable motor control)

- M1 to M4 connected with arduino Pin 12 to Pin 9

2. Connect the USB with the arduino

- Pin 1 connected to 5v

- Pin 2 and 3 connected to the Arduino Pin0 and Pin 1

- Pin 4 connected to GND.

3. Connect the motors with the motor driver (motor A and B headers)

4. Use 9v battery or 4xAA 1.5v batteries


Step 4: Control Code

You’ll find the code with full documentation in this repository:


Step 5: ​Part 2

1Sheeld captures the values of the sensors in your smartphone, in this project I’ve used the Orientation Sensor to detect the rotation of the robot on X-axis, and the Accelerometer will get the value of the acceleration of the robot in each direction.


Step 6: Connect 1Sheeld

  • Enable the UART switch
  • Click Scan
  • NOTE: you have to make a virtual serial port (Software Serial) to communicate between Arduino and the computer because the default serial port Pin0 and Pin1 (Tx and Rx) are already occupied by the shield.


Step 7: Initialization Code

Remember that the values of the Orientation Sensor always change due to many factors (position with reference to earth and Sensor Quality ,..)

You’ll find this code with full documentation in this repository:


Step 8: Mapping Code

You’ll find this code with full documentation in this repository

Step 9: Test

http://www.youtube.com/embed/8me8J7oI-gk?feature=oembed

Step 10: Congratulation!

Have fun and feel free to send your comments and recommendation on the following email

Mahmoud.ayman07@gmail.com


Code

Comments

Created by

Mr. Ayman

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This is mine

Posted by

Amrousy
Amr Saleh
  • 3 projects
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Published on

March 28, 2015

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