Artificial Intelligence in Designing Humanoid Robots : With Emotions and Social Abilities

Mrs Paul
2018 Mrs. P. Madhuri Paul International Journal of Computer & Mathematical Sciences IJCMS   unpublished
Imagine if a computer is given a bunch of emotions and that could understand your facial expressions when you sit before it every time. For instance, when you are about to start your work at office on the very morning hours of Monday-feeling distressed and out of mood-and the computer scans & identifies your facial expression of bad mood. Then instead of asking you for entering your password as computers do today, if only it would understand you as an emotionally-aware desktop PC, which might
more » ... tempt to tell you a joke, or play your favorite melody track, or suggest you to read a nice email, or given an access to open a mind game, would perhaps change your mood to cheer you up at once. This state of change in today's computers brought to us by Artificial Intelligence with a touch of emotions and social abilities, thus giving life to emotional machines-Humanoid Robots of the decade. It would be much easier and more pleasing to interact with an emotional computer than with today's unemotional computers. This is not just a flight of fantasy or a myth or day dream, because Computers are already capable of recognizing some emotions. This paper emphasize on the productive, innovative and ongoing work of specially designing andro-humanoid robots in sensing human behavior, accordingly bridging the gap between Artificial Intelligence (AI) and Human-Robot Interaction (HRI). Introduction: Robots are now becoming part of our everyday's life and being used in every field of Science and Technology by different categories of people. The future humanoid robots will work in hospitals, elder care centers, schools, and homes. In parallel with humans, robots can facilitate interaction with a variety of users who don't have expertise in robotics. So it makes an absolute sense to take inspiration from humans in designing and developing humanoid robots. However, humanlike appearance can also be convincing in understanding emotions and facial expressions of the users, that robots can understand and do much more than humans do. The perspective of this paper is to design a humanoid robot based on modeling attitude (human robot interaction), the state of mind (emotions) of a user, which can be a valuable point for humanoid robotics. This study highlights the psychological complexity that is necessary to inherent in the design of humanoid robotic technology. Once Artificial Intelligence reaches a human-level intelligence, further advancements of optimizing AIs is unpredictable. The end result will then no longer be approvable by humans for errors and conclusions, but it might results beyond human understanding capacities or even beyond human ethics. The Research study on android humanoid has already begun to accelerate. Some recent studies of humanoid robot recognition are summarized leading to the proposal for more complex synthetic sensors, machine learning, deep learning capabilities together with AIs being recorded in novel approach. It would be much more productive and interactive to work with a computer that is emotionally intelligent than today's dumb machines.
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