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R2-D2 [1] [14] 2002 24 Hour Party People: Zookeeper Uncredited Star Wars: Episode II – Attack of the Clones: R2-D2 [1] [14] The Cage: Merlin Short film 2005 Star Wars: Episode III – Revenge of the Sith: R2-D2 [1] [14] 2013 One Night at the Aristo: The Bartender: Voice, short film 2015 Star Wars: The Force Awakens: R2-D2 Consultant and final ...
R2-D2 (/ ˌ ɑːr. t uː ˈ d iː t uː /) or Artoo-Detoo [1] is a fictional robot character in the Star Wars franchise created by George Lucas.He has appeared in ten of the eleven theatrical Star Wars films to date, including every film in the "Skywalker Saga", which includes the original trilogy, the prequel trilogy and the sequel trilogy.
Star Wars: Droids: The Adventures of R2-D2 and C-3PO is a 1985 animated television series spin off from the original Star Wars trilogy. It focuses on the exploits of droids R2-D2 and C-3PO between the events of Revenge of the Sith and A New Hope .
In robotics, the exploration problem deals with the use of a robot to maximize the knowledge over a particular area. The exploration problem arises in robotic mapping and search & rescue situations, where an environment might be dangerous or inaccessible to humans.
R2-D2 is a fictional robot in the Star Wars franchise. R2-D2 or R2D2 may also refer to: R2d2 (mouse gene) Right 2 Dream Too, a homeless people's organization in Portland, Oregon, US; Phalanx CIWS, a naval defensive weapon system, nicknamed R2-D2; Staatstrojaner, a German state-sponsored trojan horse computer program, nicknamed R2-D2
The deterministic rendezvous problem is a variant of the rendezvous problem where the players, or robots, must find each other by following a deterministic sequence of instructions. Although each robot follows the same instruction sequence, a unique label assigned to each robot is used for symmetry breaking .
Although not using the phrase "does not compute", the short story "Liar!" (1941) by Isaac Asimov is a striking early example of cognitive dissonance leading to a robot's self-destruction: that whether it lies, tells the truth or says nothing, it will cause humans injury, so being unable to avoid breaking Asimov's First Law of Robotics: "A robot ...
In robotics and mathematics, the hand–eye calibration problem (also called the robot–sensor or robot–world calibration problem) is the problem of determining the transformation between a robot end-effector and a sensor or sensors (camera or laser scanner) or between a robot base and the world coordinate system. [1]