Welcome to the world of tomorrow, where robots are becoming increasingly integrated into our daily lives. From self-driving cars to delivery drones, the future of robotics is looking brighter than ever.
But what can we expect from this rapidly advancing technology in the year 2022?
Well, for starters, we’re likely to see a huge influx of robotic assistants in our homes and workplaces. These handy little machines will be able to perform a wide variety of tasks, from vacuuming the floors to making coffee.
They’ll be able to learn our routines and preferences, making our lives even more convenient.
Robotics Overview & Origins
Robotics is a branch of engineering that deals with the design, construction, operation, and use of robots, as well as computer systems for their control, sensory feedback, and information processing.
Robotics encompasses a wide range of technologies and applications, from industrial robots used in manufacturing to medical robots used in surgeries.
The field of robotics has its origins in the 1950s, when scientists and engineers began to develop the first primitive robots. Since then, robotics has undergone rapid growth and development, leading to the creation of more advanced and sophisticated robots.
Robotics technology is now used in a wide range of industries, including automotive, aerospace, healthcare, and agriculture.
Advantages and Disadvantages of Robotics
Robots are pretty cool, but like anything new, they have their ups and downs. Let’s break it down and talk about the pros and cons of robots and what the future of robotics might look like.
- Robots can handle dangerous situations without putting humans at risk. Think of a robot fighting a fire or working in a nuclear reactor.
- They’re cost-effective because they don’t need benefits like paid time off or health insurance.
- Robots can increase productivity by taking on repetitive tasks, leaving human employees free to focus on more complex and interesting work.
- Robots don’t suffer from “vigilance decrement”, a drop in concentration that can lead to mistakes when doing the same task over and over. This means they can consistently produce high quality results.
- They can be expensive to purchase and maintain
- Robots may replace human jobs
- Limited ability to think creatively
- Dependence on robots can lead to loss of skills in humans
Types of Robot
Robots have come a long way since they were first invented. These days, they’re used in all sorts of industries and applications. Some examples include:
1. Industrial robots, which are used in factories for tasks like assembly, welding, and packing. They’re known for being reliable, accurate, and fast.
2. Military robots, which are used by armed forces for things like surveillance and UAVs (Unmanned Aerial Vehicles).
3. Service robots, which are used in places like hotels and hospitals to do things like cleaning and food service.
4. Exploration robots, which are sent to places like Mars to explore and gather data.
5. Hazardous environment robots, which are used in places that are dangerous for humans, like disaster zones or areas with high radiation.
6. Medical robots, which are used in healthcare for things like lab work, surgery, and physical therapy.
7. Entertainment robots, which are bought by people for fun and include things like toy robots, robot restaurants, and giant robot statues.
The Future of Robots
As technology improves, robots are becoming more advanced and able to work alongside humans. With better sensors and advancements in AI and Machine Learning, robots will have cognitive abilities, making them more like collaborators than just machines. These advancements will continue to improve, and robotics will greatly benefit from them.
We can expect to see more and more advanced robots in different areas of life, working together with humans. Despite some people’s fears, these robots won’t take jobs away from humans. As industries change and new technologies emerge, new job opportunities will arise.
For example, while there may be fewer jobs for human welders, there will be a greater need for skilled technicians to program, maintain, and repair robots. This means that employees may have the opportunity to receive valuable training and upskilling, giving them the skills they need to work with robots and other fields.
Artificial Intelligence (AI) makes robots better at working with humans, and it can help improve the quality of their work. In the industrial world, there are already robots called “co-bots” that work side-by-side with people to do tasks like testing and assembly.
Thanks to AI, robots are getting better at mimicking human behavior, which is what they were designed to do in the first place. When robots act and think more like people, they can become a valuable part of the workforce, making things more efficient than ever before
Sophia: Most Intelligent Humanoid Robot!
In 2017 Humanoid robot named Sophia was created by Hanson Robotics. Sophia is designed to learn about humans and show humans that technology can make everyone’s life better. Sophia’s advantage compared to other robots is that this robot can carry out conversations with humans in general.
Almost all the questions asked can be answered by Sophia. This robot has traveled the world and has spoken at the United Nations, appeared on major talk shows, has a credit card, and even has citizenship.
Until now the robot with the best artificial intelligence conversations is owned by Sophia, and until now, the robot is still being developed so that Sophia will be more sophisticated and more intelligent every day.
Working System of Sophia
The working system Sophia uses is a combination of cameras (sensors) inside the robot with computer algorithms and the kinetic motion of her wrists and feet.
This means she becomes a mobile robot wherever he wants and maintains facial expressions and eye contact with the target (interlocutor) as his main focus.
Hanson Robots’ development of Sophia is considered revolutionary. It is a combination and refinement of several previous robots. The AI Vision system on Sophia is directly linked to her name, Synthetic Organism Unifying Language or abbreviated (SOUL).
The SOUL concept is used in processing data quickly, making decisions, and choosing words from object responses. The results are faster, and the answers are more accurate and have fewer errors.
Even though it is minimal, with continuous development, AI Vision will get brighter. For example, from the answers, and facial expressions to the humor he plays.