Upload
hondafanatics
View
639
Download
0
Tags:
Embed Size (px)
Citation preview
When are robots used?
How are robots designed?
What types of robots are there?
Why a career in robotics?
Daryl RasmussenSeptember 24, 2002
Elements of Robotics
Slide 1
Purposes of robots
Robot architecture & function
Systems, subsystems & components
Design trade-offs
Description of different robot types
Topics of DiscussionSlide 2
Hazardous environment or material
Remote or unreachable location
Beyond human size scale
Power is beyond human capability
Speed is too high or low
Repetitive job or too precise
Why People Use Robots
Slide 3
- Early robot concepts
- Extending human capabilities
- Automatic machines
- Robots in the workplace
- Robots for exploring
- Robots as companions
- Robots of the future
Robot HistorySlide 4
Function Human Robot
Locomotion Legs Wheels, propeller, legs
Thinking Brain Computer, controller
Sensing Senses Sensors & instruments
Manipulation Hands Gripper, end-effectors
Structure Bones Frame or platform
Energy Food Battery, solar panel, fuel
Human & Robot Anatomy
Slide 5
Land – roughness, grade, holes
Sea – weather, signal path (motion)
Undersea - signal path, pressure seal
Air – weight, power, control
Space – weight, launch stress
Environmental Challenges
Slide 6
Working together - the human interface
Safety - operating rules for robots
Partners - strengths and weaknesses
People - repairing robots
Robots - repairing people
Cooperating with Robots
Slide 7
Propeller thrusters
Tether
Body, frame
Temperature, salinity, pressure, position & image sensors
Stereo cameras
Wrist, gripper
Controller
An Undersea Robotic SystemSlide 8
Temperature vs. power
Weight vs. distance
Volume vs. weight
Power vs. time
Cost vs. risk
Communication rate vs. power
Autonomous vs. manual control
Design Trade-offsSlide 9