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2. Outline
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1. 1 159.734 Studies in Machine Learning Intelligent Robotics: an introduction Dr Christopher Messom,
IIMS, Massey University,
New Zealand
2. 2
3. 3 History Robot, first used in Karel Capek’s play
Rossum’s Universal Robots
made from biological parts
Czech word Robota, meaning work
1921
4. 4 History Humanoids:-Shaping public perception
Metropolis (1926)
Electro & Sparko (NY World’s Fair 1939)
C3P0 (Start Wars, 1977)
Data (Star Trek NG, 1990’s)
5. 5 Industrial Robots:- early history Industrial Automation
Spinning Jenny (1764)
Cartwright’s Loom (1784)
Jaquard Loom’s punched cards (1801)
Ford’s production line (1920’s)
6. 6 Industrial Robots:- late history Computer Numeric Controlled (CNC) machines
Tele-operated manipulators
Unimation Inc’s, industrial robot (1959)
General 3-axis manipulators (1974)
7. 7 Programming Industrial Robots Well defined environments
may not need sensors if position of objects known
Precise movements
allows high precision work
Safety Issues
keep away from humans
8. 8 Agricultural Robotics:- the New Zealand context Industrial Research Limited
World leader in meat processing
Projects in dairy testing and processing
Forestry robotics
Sustainable harvesting of trees
9. 9 Motivation for Automating Meat Processing Quality control
Health & safety of workers
Big issue especially in developed countries
Contamination of food products
Litigation issues
10. 10 Pelting and Y cut robots Y Cut:- skilled operation
Highly variable inputs
Failure modes avoided to reduce wastage
Episodic operation
Pelting:- labour intensive
11. 11 Robotic System Design Sensor System
inputs, vision, distance, angle etc
Actuator System
outputs, power to motors, joints etc
Control System
process, calculation of required outputs
Intelligence is in the Control System
12. 12 Robot Control Example 1
13. 13 Pole Balancing Robot Inputs
Angle and Distance
Outputs
Motor speed
Control System
Implemented Using Fuzzy Logic Control
14. 14 Robot Control Example 2
15. 15 Robot Soccer Robots Inputs
Vision system and wheel velocities
Outputs
Motor power
Control System
Combination of Artificial Intelligence Techniques
Machine Vision & Multi-Agent Systems
Classical Control
16. 16 Entertainment Robotics Educational toys
Lego’s programmable bricks
Mindstorm etc
Robot companions
Sony Aibo
Tiger Electronics I-Cybie
Animatronics
Babe the movie etc.
17. 17 Programming Entertainment Robotics Unpredictable environment
robot’s often interact with people
Challenges of Intelligence Robots
machines that think
machines that learn
machines that emulate human behaviour
Anthropomorphic Robots
character, emotion, humour
18. 18 Virtual Robotics Simulation of Robot
Industrial
Entertainment
Humanoid
Allows research ideas to be tested in a cost effective manner
Systems dynamics modelled mathematically
Visualisation using VRML & Java3D
19. 19 Review Questions What is the origin of the term robot ?
What were the main influences that formed the public perception of robots being humanoid ?
Identify the main differences between the current state of the art in industrial robots and entertainment robotics.
20. 20 Review Questions What is the role of virtual robotics in robotic research ?
What do we mean by Intelligent Robots?
In which field of robotics does New Zealand have a technological lead ?
21. 21 Conclusions Robotics spans industry, business & the home
Many research topics still to be explored
General Intelligent Robots are still a dream
Finally
thanks for your attention