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somewhere near the target. When it is close enough for some of the reflected laser energy from the target to reach it, a laser seeker detects which direction this energy is coming from and adjusts the projectile trajectory towards the source. While the projectile is in the general area and the laser is kept aimed at the target, the projectile should be guided accurately to the target.
49:
is accomplished by projecting a laser light, image processing and communication to improve the accuracy of guidance. The key idea is to show goal positions to the robot by laser light projection instead of communicating them numerically. This intuitive interface simplifies directing the robot while
107:
guidance or semi-active laser homing (SALH). With this technique, a laser is kept pointed at the target and the laser radiation bounces off the target and is scattered in all directions (this is known as "painting the target", or "laser painting"). The missile, bomb, etc. is launched or dropped
202:
334:
80:
applied for a patent with USPTO on using visual light or laser beam between devices to represent connections and interactions between them (Appl. No. 13/659,493, Pub. No. 2014/0363168). However, no patent was granted to Google on this application.
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improves the positioning accuracy and allows for implicit localization. The guidance system may serve also as a mediator for cooperative multiple robots. Examples of proof-of-concept experiments of directing a robot by a
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314:"Google Invents a Smartphone that Could Transfer Data to a Large Smart Wall or Display using a built-in Laser Beam"
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may have been using this technology in robotic vacuum cleaners since 2014.
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or other projectile or vehicle to a target by means of a laser beam, either
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63:, user interface, video games, communication and smart home technologies.
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170:"Optical Guidance Method for Robots Capable of Vision and Communication"
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335:"Spot Leading Target Laser Guidance for Engaging Moving Targets"
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directs a robotics system to a target position by means of a
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are shown on video. Laser guidance spans areas of robotics,
946:
350:
291:"Samsung's Robotic Vacuum Cleaner Chases Laser Pointer"
203:"Method and System of Optical Guidance of Mobile Body"
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248:
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91:Precision-guided munition § Laser-guided
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120:, and anti-laser active protection systems.
34:Mobile robot guidance by laser beam (sketch)
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27:Method of guiding a projectile to a target
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256:"Legged Robot Direction by Laser Pointer"
221:"Mobile Robot Guidance by Laser Pointer"
29:
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14:
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780:Simultaneous localization and mapping
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312:Purcher, Jack (14 December 2014).
25:
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1033:
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271:from the original on 2021-12-12
236:from the original on 2021-12-12
177:Robotics and Autonomous Systems
84:
45:beam. The laser guidance of a
13:
1:
155:
72:Samsung Electronics Co., Ltd.
380:
7:
790:Vision-guided robot systems
189:10.1016/j.robot.2006.02.005
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1010:Technological unemployment
145:List of laser applications
95:Laser guidance is used by
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1028:
998:Workplace robotics safety
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168:Paromtchik, Igor (2006).
183:(6). Elsevier: 461–471.
150:Semi-active radar homing
846:Human–robot interaction
114:laser detection systems
140:List of laser articles
112:to laser guidance are
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952:Starship Technologies
339:U.S. Patent 8,237,095
207:U.S. Patent 6,629,028
33:
902:Energid Technologies
993:Powered exoskeleton
1083:Laser applications
962:Universal Robotics
937:Intuitive Surgical
927:Harvest Automation
892:Barrett Technology
674:Robotic spacecraft
520:Audio-Animatronics
67:Commercial systems
36:
1060:
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1003:Robotic tech vest
932:Honeybee Robotics
748:Electric unicycle
701:remotely-operated
135:Laser rangefinder
18:Semi-active laser
16:(Redirected from
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1078:Missile guidance
1073:Robot navigation
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1020:Fictional robots
988:Critique of work
637:Unmanned vehicle
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897:Boston Dynamics
882:Amazon Robotics
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785:Visual odometry
775:Motion planning
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632:Continuum robot
615:Classifications
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473:Anthropomorphic
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441:AI competitions
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293:. 7 August 2014
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130:Guidance system
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110:Countermeasures
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61:computer vision
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1015:Terrainability
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89:Main article:
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39:Laser guidance
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601:BEAM robotics
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556:Entertainment
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389:Main articles
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57:laser pointer
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1049:
1037:
806:Evolutionary
753:Robotic fins
706:Robotic fish
691:Telerobotics
664:Nanorobotics
654:Mobile robot
591:Food service
586:Agricultural
436:Competitions
421:Hall of Fame
347:
338:
329:
317:. Retrieved
307:
295:. Retrieved
285:
273:. Retrieved
262:
250:
238:. Retrieved
227:
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180:
176:
163:
118:smoke screen
94:
85:Military use
76:
70:
38:
37:
826:Open-source
679:Space probe
669:Necrobotics
659:Microbotics
622:Biorobotics
551:Educational
534:Articulated
515:Animatronic
500:Claytronics
105:beam riding
99:to guide a
78:Google Inc.
50:the visual
1067:Categories
866:Ubiquitous
856:Perceptual
763:Navigation
718:Locomotion
696:Underwater
581:Disability
529:Industrial
156:References
917:Figure AI
875:Companies
851:Paradigms
836:Adaptable
816:Simulator
510:Automaton
505:Companion
416:Geography
1039:Category
957:Symbotic
907:FarmWise
861:Situated
831:Software
799:Research
743:Climbing
566:Military
561:Juggling
546:Domestic
478:Humanoid
401:Glossary
382:Robotics
269:Archived
234:Archived
124:See also
97:military
52:feedback
1051:Outline
981:Related
972:Yaskawa
887:Anybots
767:mapping
736:Hexapod
731:Walking
576:Service
571:Medical
483:Android
468:Aerobot
411:History
396:Outline
264:YouTube
259:(Video)
229:YouTube
224:(Video)
101:missile
942:IRobot
726:Tracks
647:ground
642:aerial
596:Retail
493:Gynoid
488:Cyborg
426:Ethics
912:FANUC
821:Suite
686:Swarm
460:Types
406:Index
319:3 May
297:3 May
275:3 May
240:3 May
173:(PDF)
47:robot
43:laser
947:KUKA
811:Kits
765:and
431:Laws
321:2015
299:2015
277:2015
242:2015
539:arm
185:doi
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20:)
Text is available under the Creative Commons Attribution-ShareAlike License. Additional terms may apply.
