Humanoid robots are service robots designed to emulate human movements and interactions. They, like other service robots, add value by automating duties in a way that leads to cost savings and increased productivity. Humanoid robots are a newer type of professional service robot. They’ve long been a pipe dream, but they’re now becoming economically practical in a variety of applications.
Humanoid robots are utilized in power plant inspection, maintenance, and emergency response to relieve human employees of hard and risky jobs. Likewise, they are ready to take over mundane activities for astronauts during space travel. Other various uses include company for the elderly and sick, serving as a guide and engaging with clients in the position of receptionist, and perhaps even hosting the growth of human transplant organs.
Artificial intelligence is widely employed in various areas, whether it is in manufacturing or healthcare. We are looking at the future of AI and AI-powered robotics. Not only will the usage of robots increase, but also the use of humanoid robots.
Present Applications of Humanoid Robots:
- Engineered Arts, founded in 2004 by director Will Jackson, is a UK-based firm that creates various entertainment humanoids via a partnership between artists, mechanical and computer engineers, and animators. The well-known “RoboThespian”, their first humanoid, is a robotic performer with a collection of impressions, welcomes, songs, and gestures.
A robotic theater, an integrated system comprising robots, movement tracks, animation software, touchscreen control, lighting, sound, and external device control, may be created by combining many of these. The business is working on giving “RoboThespian” the capacity to wander on its own, but for the time being, movement is staged via a secret system of rails and dollies.
- Cloud-connected house robots are now a part of our daily life. We can program the vacuum cleaner to do the job for us, and we can plan for a nice home-cooked supper to be ready by the time we get home from work. Multi-function robotic cookers can fry, steam, bake, slow cook, and do anything else without our assistance.
- “Petman” is another humanoid robot that is used for chemical and biological testing. The US military used this robot, which stands over 6-feet tall and weighs 80 kg. It is regarded as a quick bipedal robot because it can walk at a pace of 7.08 kilometers per hour. The surface of the robot is equipped with several sensors and can function in situations of chemical or biological warfare.
- “Nao” is a 23-inch robot that competed in the RoboCup standard platform competition. Sensors, software, and motors are used in the operation of this humanoid robot. “Nao” is a useful humanoid robot that aids in the education of autistic youngsters.
- Hanson Robotics introduced us to “Sophia”, the most talked-about humanoid. It is a social robot with silicon skin that can speak and communicate like a person. According to the inventors, “Sophia” understands and expresses more than fifty different emotions. Sophia’s tale was reported by every media source on the planet. Renowned journalists interviewed her as well. “Sophia” is the very first humanoid to be awarded citizenship by the UAE government.
Applications of Humanoid Robots in the Future:
- Ford became the first client to put Agility Robotics’ Digit into a production environment in January. The headless humanoid has quick limbs and a slew of sensors. It is capable of navigating stairs, numerous obstacles, and diverse terrains. It can walk erect on one foot and is powerful enough to pick up and stack boxes weighing up to 40 pounds. It may also fold up for easy storage.
Ford sees Digit riding in a driverless car and delivering items to clients, completely automating the delivery process.
- Artificial intelligence for anticipating and detecting crime may appear far-fetched, yet it is entirely feasible in the near future. Drone footage, for example, will make this possible in the near future. Furthermore, with camera-based security systems, automated detection of suspicious activity is now a reality.
- Robots have already taken over many professions. Office administration, logistics, and transportation occupations are all at risk of becoming automated. Many vocations, including insurance underwriters, telemarketers, and tax return preparers, are at risk of being automated. Over 50% of all low-skilled employments are predicted to be taken over by robots.
This technology will have a significant impact on society since it will enable law enforcement personnel to respond fast whenever suspicious activity is detected.
- We are envisioning a brighter outcome for healthcare. Instead of going to a primary care physician for a check-up with a basic stethoscope, we’ll have intelligent robots execute these functions. They will communicate with patients, check on their health, and determine whether more appointments are required.
Pharmabotics will bring about much more significant alterations. They’ll function similarly to ATMs for prescriptions, allowing us to obtain the meds we require while avoiding the hassle of discussing our health concerns with a stranger.
- Another application for robots is in teaching. It is difficult for a single instructor to meet the learning rate of every student, but with computer-based learning, pupils will be able to learn at their own pace simply. It does not imply that robots will replace teachers, but they will undoubtedly assist them in facilitating greater learning.
Robots, with the assistance of cutting-edge technology, can assist you in ways that humans cannot. Such robots have applications ranging from self-driving vehicles to building changes. Robots’ strength is determined by actuators, and without them, they resemble rag dolls. Robotics plays a significant part in detecting temperature and feeling in order to set up specified objects.
The effective and speedy integration of robotic devices into current surroundings and processes will determine the pace of future projects as well as the future of robotics. Robots will be substantially incorporated into new domains of human life and technological operations throughout the next decade.
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