y robotics is the science that studies robots and the c technology · 2009. 2. 24. · fidv...
TRANSCRIPT
What is RoboticsC
Y Robotics is the science that studies robots and the
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Robotics started its development during WWII (Manhattan project)
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Robots (seen as an artificial beings) appeared in b k d i l b f l li ti
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Basilio Bona – DAUIN – Politecnico di Torino 002/1
Robotics
R b ti i ltidi i li fi ld
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Robotics is a multidisciplinary field– mechanics (structures, …)
l t i ( t t t l b d )
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FIC – electronics (sensors, actuators, control boards, …)
– electrical engineering (motors, drives, power sources, …)– information technologies (algorithms OS AI )
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– information technologies (algorithms, OS, AI, …)– advanced control– communications
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C communications
but also– material sciences and nanotechnology
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C material sciences and nanotechnology– cognitive sciences, neurosciences– human-machine interfaces
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– ergonomy, safety– biomimesis, ethology
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RobotsC
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Robots are artificial beings. Two types of artificial beings exist:
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– Those that include biological material or parts capable of auto-organization
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– Those that do not contain any biological parts
Robots discussed here belong to the second type; they
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C Robots discussed here belong to the second type; they do not contain biological parts, but they may be able to– move autonomously in a partially known environment
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C y p y– interact with humans (supplying collaborative behavior)– cooperate with other robots to execute specific tasks
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Robotics: a timeline
1) 1818 1942 b t d ib d ith i l d l i
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1) 1818-1942: robots are described either in novels and plays or in science fiction stories (Frankenstein, RUR, Asimov, …)
2) 1945: tele manipulators used for nuclear products processing
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FIC 2) 1945: tele-manipulators used for nuclear products processing
3) 1948: Grey Walter (UK) builds “turtle robots” Elmer and Elsie4) 1956: Unimation is the first industrial robot firm
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4) 1956: Unimation is the first industrial robot firm5) 1961: first robot on GM car lines
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Robotics: a timelineC
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6) 1970: SRI Shakey7) 1975: PUMA manipulator
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8) 1979: Stanford cart9) 1999: Sony AIBO
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) y10) 2000: Honda Asimo11) 2004: Mars rovers Spirit & Opportunity
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C ) p pp y12) 2006-7: DARPA Challenge
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Robots in the movies
Forbidden Planet (1956)
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Metropolis (1927) Forbidden Planet (1956)
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Star Wars (1977)
Robocop (1987) Terminator (1984)
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C Terminator (1984)
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Robots are either “good” or “bad”
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A possible future scenarioC
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Object
Interaction withenvironment
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Object manipulation
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Autonomous motion
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What we can expect in the near future C
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Better to be prudent, considering some forecasting …
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Heavier‐than‐air flying machines are impossibleWilliam Thomson, Lord Kelvin, 1895
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Nuclear powered vacuum cleaners will probably be a reality within 10 years
Al L t P id t f th L t C ti 1955
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C Alex Lewyt, President of the Lewyt Corporation , 1955
There is no reason for any individual to have a computer in his home
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C homeKen Olson, President and fouder, Digital Equipment Corp., 1977
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Europe and RoboticsC
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The European Robotics Platform EUROP anticipates three key sectors for research efforts
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Industrial Robotics Service Robotics Safety and Space
RO Industrial Robotics Service Robotics Safety and Space
Robotics
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I d t i l R b t
Europe and RoboticsC
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Industrial Robotsto achieve high-quality and cost-effective flexible manufacturing and logistics in all
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FIC flexible manufacturing and logistics in all
major industrial branches
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Gradually, these future robots will become the workers’ assistants serving them at the workplace.
Th ill t th titi d t t
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C They will carry out the repetitive and strenuous parts of a worker’s task and will increasingly safeguard workers from accidents and other relevant health care
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C problems, thus alleviating the concerns of rising health care costs, particularly for small manufacturers.
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Service Robots
Europe and RoboticsC
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Service RobotsService robots will be found in all domains of our future life. They represent not only a hope for a more convenient world but also a massive new market for high technology industries
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This sector offers significant opportunities for European industry. Service robotics can be conveniently divided into in three market segments, that handle very different
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situations.
Professional ApplicationsEntertainmentD ti U
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Security and Space Robots
Europe and RoboticsC
Y In the coming years, security enforcement In the longer term, other major application
Security and Space Robots
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… will rely more and more on automated systems. In the first instance, civil security missions will include surveillance of surveillance of
g , j ppdrivers will include maritime surveillancemaritime surveillance(traffic control and monitoring of ship movements, supervision of illegal fishery),
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critical infrastructurecritical infrastructure(telecommunication and power lines, water, gas and oil pipelines, etc.) and extended extended
gcrime monitoring, search and rescue crime monitoring, search and rescue operations, environmental monitoringoperations, environmental monitoring(fire detection and fire fighting, oil spill
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border and coastal patrolborder and coastal patrol boosted by the shift of EU borders to the East and the need toto monitor illegal immigration monitor illegal immigration flfl
discovery, etc.) and surveillance of surveillance of hazardous materialshazardous materials.
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C fluxesfluxes.
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SpaceEurope and Robotics
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The application of robotics in space is unique in that it forces the robot to operate without direct human assistance and acts as a platform for the projection of human capabilities to remote and hostile environments. Robotic applications in space fall into two
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Assembly & Repair in Space
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y p pSpace-based robotic manipulators provide the basis for on-orbit servicing of satellites, through the replacement of equipment modules.
Planetary Exploration
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C Planetary ExplorationRobots will become the personal assistants of astronauts. They will operate on distant planets, using high level directives, responding to and interacting with humans. They will be our agents of planetary surface and deep space exploration handling the repetitive
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C be our agents of planetary surface and deep space exploration, handling the repetitive and time-consuming tasks of data collection and data reduction. Teams of robots will survey vast regions, and will classify geological features and formations and search for evidence of life
RO evidence of life.
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Possible future applications – USAC
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Research is mainly funded by DARPA -Defense Advanced Research Projects Agency
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– Homeland security systems– UAV: Unmanned Aerial Vehicles
Autonomous vehicles for urban
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– Autonomous vehicles for urban environment (DARPA challenge)
– Battlefield intervention systems
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Possible future applications – USAC
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In the days following 9/11 several robots were used for SAR (Search and Rescue) tasks
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Results were disappointing, but the lesson learned was important
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– Better HMI/HCI – Better operators training– Sensors interchangeability
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– Improved autonomy– Physical configuration
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Military ApplicationsC
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Domesticli ti
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applications
RoboethicsC
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The focus of the TC includes
1. the unintended warfare uses of
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C robotics research results 2. the preservation of human integrity in
the interaction with robotic (even
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(bionic) systems
3. and the study and development of the robot-ethics concept
Basilio Bona – DAUIN – Politecnico di TorinoAA 2006/07 002/17
robot ethics concept
Possible future applications – Japan
Entertainment and aging people
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Entertainment and aging people support robots
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Nurse 1
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Nurse 2
AIBO falls
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Promet dances
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Possible future applications – EU
Service Robotics
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Service Robotics– Home support for impaired or aged
people (assistive robotics)Prosthesis and rehabilitation services
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– Hospital logistic and physicians supportSearch and rescue
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– Search and rescue – Surveillance, cleaning, house-
keepingLogistic support services
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C – Logistic support services
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To build future robots …C
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It is not sufficient to give them two arms and two legs
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… a brain must be included
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What is the difference between industrial and service/mobile robotics?
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Industrial roboticsC
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Industrial robotics: it is mainly focused on manipulation
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Traditional manufacturing sectors: handling, assembling, welding, packaging, painting, glue and seals deposition
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Growing diffusion in non traditional sectors (agricolture, clothing, food industry, small components mounting, pharmaceutical, etc.)
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Industrial roboticsC
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Industrial roboticsC
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Service roboticsC
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Mobile and service robotics: mainly focused on autonomous motion and sensor-based intelligence
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Surveillance, securityLogistics and cleaning Domestic and assistive robotics for disabled/impaired/aged
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Domestic and assistive robotics for disabled/impaired/aged peopleHospital services
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Natural disaster intervention Humanitarian demining, clearing up of contaminated or polluted areas
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C areasSpace explorationUnderwater exploration
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… others…
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This course
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This course
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First industrial robotics Then service robotics
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Course OutlineC
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3D mathematical representation: vectors, matrices, roto-translatins, etc.
3D mathematical representation: vectors, matrices, roto-translatins, etc.
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Direct and inverse kinematicsDirect and inverse kinematics
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Statics: forces and torquesStatics: forces and torques
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Dynamics: the model for simulation and control
Dynamics: the model for simulation and control
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C controlcontrol
Robotica mobile Robotica mobile
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Structures, sensors, algorithmsStructures, sensors, algorithms
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Structures, sensors, algorithmsStructures, sensors, algorithms