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Autonomous Robotics

This version was saved 16 years, 8 months ago View current version     Page history
Saved by Adriaan Swanepoel
on May 19, 2009 at 10:58:41 am
 

 

SIG for everyone interested in autonomous robotics from AUV's to UAV's.

 


 

Example an autonomous robot navigating using only wheel odometry.

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Members

  1. Adriaan Swanepoel 

 

Lessons

I am planning a set of  autonomous robotics class based on, and extending from, the LMR start here robot except it will use an Arduino instead of Picaxe. See below for current outline.

 

Lesson 1 Introduction to Autonomous Robotics : Building an object avoider with simple navigation

Day 1

  1. Build the robot
  2. PID motor control
  3. Object avoidance

 

Day 2

  1. Localization
  2. Waypoint targeting

 

Day 3 Competition (Indoor)

  1. Navigate autonomously to predetermined set of point.

 

Lesson 1 hardware:

Supplier

Image

Description

Qty

Cost

Comments

Little Bird Electronics

 

Arduino Duemilanove

1

AUD44.99

 

 

Pololu

#1099 10:1 Micro Metal Gearmotor

2

USD15.95

 

 

Pololu

#1218 Pololu 42x19mm Wheel and Encoder Set

1

USD39.95

 

 

Pololu

#954 Pololu Ball Caster with 3/4" Plastic Ball

1

USD5.99

 

 

Pololu

#1046 Power HD Mini Servo HD-1160A

1

USD9.95

 

 

Farnell

 

STMICROELECTRONICS - E-L293D - DRIVER + DIODE QUAD, DIP16, 293

1

AUD9.57

 

 

Farnell

 

CAPACITOR, 0.1UF, 63V

5

AUD0.48

 

 

Farnell

 

CAPACITOR, 100UF, 10V

2

AUD0.37

 

 

Farnell

 

BATTERY HOLDER, LEADED, 4 AA

1

AUD3.11

 

 

??

 

 

Switch/Button

1

AUD??.??

??

RobotParts

 

Ultrasonic Range Finder SRF02

 

 

1

AUD28.60

 

 

Jaycar

 

BREADBOARD - 830 TIE POINTS

1

AUD19.95

Need to source cheaper

SeeedStudio

 

Breadborad jumper wire 75pcs pack

1

USD6.00

 

 

 

??

 

Wood for chassis between breadboard and motors/wheels

1

 

AUD??.?? 

 

?? 

 

 

Lesson 2 Advanced navigation: Integrating a compass and GPS

Day 1

  1. Compass integration

 

Day 2 

  1. GPS integration

 

Day 3 Competition (Outdoor)

  1. Navigate autonomously to predetermined set of point.

 

*Prices are approximate and might change closer to actual event.

^Any leftover funds will be donated to the Sydney Hacker Space initiative.

 

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