Nexi
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• NEXI – A Mobile, Dexterous, and Social (MDS) Robot with facial expressions that has a tendency to learn from others & even changes its behavior while talking to different people.
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Sophia is a social humanoid robot developed by Hong Kong-based company Hanson Robotics. Sophia was activated on April 19, 2015 and made her first public appearance at South by Southwest Festival (SXSW) in mid-March 2016 in Austin, Texas, United States. She is able to display more than 62 facial expressions.
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In October 2017, the robot became a Saudi Arabian citizen, the first robot to receive citizenship of any country. In November 2017, Sophia was named the United Nations Development Programme's first ever Innovation Champion, and the first non-human to be given any United Nations title
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Pepper is the world's first humanoid robot that can read emotions. It was jointly developed by SoftBank Mobile and Aldebaran Robotics. Pepper is a social robot that can converse with humans, recognize emotions, and interact autonomously. It uses sensors and algorithms to understand its environment and react in a proactive manner. Pepper is planned to be commercially available in Japan from SoftBank Mobile in February 2015 for 198,000 yen.
Suman
The document discusses robotics and artificial intelligence. It provides definitions of robotics and describes Isaac Asimov's Three Laws of Robotics. It discusses artificial intelligence concepts like knowledge representation and goal trees. It then covers applications of robots in scientific, nuclear, military, industrial, and medical fields. It describes the key components of robots and how they work through perception using vision and speech recognition, and through physical actions like navigation and manipulation.
Artificial Intelligence
Artificial intelligence aims to create machine intelligence comparable to human intelligence. It has applications in robotics where robots can perform tasks too dangerous or tedious for humans. AI allows robots to sense their environment, compare inputs to expectations, and complete tasks with increased dexterity, safety, and intelligence. Robotics is used in industries, the military, medicine, exploration, and entertainment. Programming languages like Lisp, Python, Prolog, Java, and C++ are used to develop AI and machine learning helps robots and applications learn from data to improve performance over time.
Artificial intelligence
This report provides an overview of artificial intelligence including its goals, techniques, applications, and history. It defines AI as the science of creating intelligent machines and programs that mimic human intelligence. The report discusses how AI programming differs from traditional programming by being able to absorb new information without affecting its structure. It also outlines various AI techniques used to organize vast amounts of knowledge and several real-world applications of AI in areas like gaming, natural language processing, and robotics. Finally, the report compares human and artificial intelligence in terms of perception, memory, and problem-solving abilities.
mech Humanoid- Robot PPT.pptx
This document provides an overview of humanoid robots. It defines a humanoid as a robot made to resemble humans in appearance and behavior. The document discusses the history and evolution of humanoids, as well as why they are developed to work in human environments without needing adaptation. It explores challenges in developing humanoid robots, including bipedal locomotion, and applications such as domestic and companion robots. The document raises social questions about how humanoids may be viewed and their rights and responsibilities if developed as slaves or companions.
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Hiroshi Ishiguro is a Japanese roboticist who has created highly human-like androids in his own image and the images of others. His research focuses on developing humanoid robots that can serve as social partners for humans. He believes that as robots become more human-like in their interactions, humans will be able to form genuine emotional attachments to them. However, fully realizing his vision will require overcoming significant technical challenges in areas like movement, speech recognition, and integrating all of a robot's sensors.
Presentation Strate Collège digital culture - Crossing Talents
This document summarizes the curriculum and research focus of Strate Digital Culture on designing intelligent objects and living systems. It discusses how chip, software, AI, and new materials are integrating into everyday objects and environments. The curriculum covers interaction design, AI, nanotechnology, robotics, and the societal and ethical issues of intelligent systems. Students undertake projects designing interactive systems and objects. The school conducts research in interaction design and is a member of research centers focused on digital technologies and society. The goal is to train students to invent new methods for designing intelligent behaviors and systems that consider complexity, ethics, and human-object interactions in a shared future world.
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Presentation Strate Collège digital culture - Crossing Talents
Presentation Strate Collège digital culture - Crossing Talents
Nexi
- 2. Initializi ng ....
- 3. living better with robots.
- 5. Personal Robots Group MIT Media Lab
- 7. MDS Meet NEXI, Media Labs Latest Robot And IT STAR . . .
- 9. Sad Scared Angry Teased Surprised EXPRESSIONS FACIAL FACIAL Tired EXPRESSIONS Pout Shocked Devil Naughty
- 10. Personal Robots Group Design Of Nexi Head & Forearm & Hands Mobile Learning Social Face Manipulator
- 11. Personal Robots Group My inside Is Copper But I’m Killin Myself to Make it GOLD
- 12. Personal Robots Group Head & Face Expressive head and face by Xitome Design. 4 DoFs to support neck Mechanism. The head can move at human-like speeds to support human head gestures such as nodding, shaking, and orienting. The 15 DoF face has several facial features to support a diverse range of facial expressions including gaze, eyebrows, eyelids and an articulate mandible for expressive posturing.
- 13. Personal Robots Group Head & Face Color CCD camera in each eye. An indoor Active 3D IR camera in the head. Four microphones to support sound localization. A wearable microphone for speech.
- 14. Personal Robots Group Forearm, Wrists & The 5 DOF arm and hands are developed by Meka. Each hand has three fingers and an opposable thumb. Hands The fingers compliantly close around an object when flexed, allowing for simple gripping and hand gestures.
- 15. Personal Robots Group MOBILE MANIPULATOR Main chassis is developed by the Laboratory for Perceptual Robotics UMASS Amherst It is capable of traversing indoor environments at human walking speed. These arms are designed to be able to pick up a 10 pound object fully extended when used together.
- 16. Personal Robots Group MOBILE MANIPULATOR The robots can run on either tethered power or using on- board Li-Ion batteries. An embedded PC running Linux OS with wireless communication . A small indoor laser range finder supports navigation and obstacle avoidance. Capacitive sensing in the white cosmetic shells are used to sense human contact.
- 17. Personal Robots Group Social Learning Being Patient. Tendency To Learn. Behavior Variation From Person To Person.
- 18. Applications Personal Robots Group Education Applications Health Care Elder Care
- 19. Personal Robots Group Early Demonstration Of Expressive Performance Using Animation Playback of
- 20. Best in Show Prize at Siggraph 2008 New Tech Demos. Time Magazine "50 best inventions of 2008".
- 22. _________________________________ QUERIES & QUESTIONS NEXI-A Robot With Facial Expression