An analysis of humanoid robot

Exoskeleton technology has gone a long way since its inception in the late 1960s, thanks to advances in robotics. Exoskeleton designs have been created by researchers all over the globe, and some of the most well-known exoskeletons include the BLEEX, MIT exoskeleton, HAL, LOPES, ALEX, and many more. Although technology has progressed since the 1960s, there are still difficulties in exoskeleton design. In this research, we'll look at various exoskeleton technologies and their applications in rehabilitation. Based on a plethora of studies, this goal in rehabilitation seems to be promising.Humanoid robots, inspired by human looks and talents have become indispensable in human civilization in order to enhance people's quality of life. Many researchers have worked on humanoid robots to improve their capabilities all around the globe. Humanoid robot systems, in general, comprise decision-making and information-processing processes. Fuzzy sets are most frequently employed because of the uncertainty involved in decision-making and information processing. This research looks at a thorough literature analysis on humanoid robots that covers current technical advancements as well as ideas regarding fuzzy set models. The fundamental ideas and notions of fuzzy sets are given for humanoid robots.