What are Robots in Robotic?Find out and discover it’s Uses

By | March 25, 2020

What are robots in robotic? .. Read! A robot is a machine designed to do one or more tasks automatically quickly and accurately. There are many different types of robots where there are tasks to perform.

Humanoid robots are known as androids; however, many robots are not built on the human model. Industrial robots, for example, are often designed to perform repetitive tasks that are not facilitated by human-like construction.

The robot can be controlled remotely by a human factor, sometimes from a distance. Tele-chir is a complex robot that is being controlled remotely by a human factor of the remote attendance system, which gives this person the feeling of being on site in a remote, dangerous or strange environment and the ability to interact with him.

Tele-presence robots, which simulate experience and some physical presence possibilities, can provide tele-business consulting, health care, home monitoring, and childcare, among many other possibilities. What are robots in robotic? .. Read!

The standalone robot works as a standalone system, complete with its computer (called console). The most advanced example is the intelligent robot, which has a built-in artificial intelligence (AI) system that can learn from its environment, experience and build on its capabilities based on that knowledge. What are robots in robotic? .. Read on!

Squadron robots, is sometimes referred to as insect robots, it operates in fleets which ranges from a few to thousands, and all fleet members under the control of a single console.

The term arises from the similarity of the system to the insect colony, where individuals and behaviors are simple but the fleet as a whole can be complex. What are robots in robotic? .. Read!

The robots are sometimes grouped according to the time frame in which they were used widely for the first time. The first-generation robots date back to the 1970s and consist of stationary and non-programmable electromechanical devices without sensors.

Second-generation robots were developed in the 1980s and can contain programmable sensors and controllers. Third-generation robots were developed between 1990 and the present. These robotic machines can be fixed, mobile, independent or insect-type, with sophisticated programming and / or speech recognition and / or synthesis, and other advanced features.

Fourth-generation robots are in the stage of research and development, and got features such as AI, self-assembly,self-replication and nanoscale (nanoscale material dimensions, or 8-10 meters units).

Some advanced robots are called androids because of their superficial resemblance to humans. Mobile Android devices, usually moving on wheels or track drive (robot legs unstable and difficult to engineer). Robot is not necessarily the end point of robot evolution.

Some of the most powerful and powerful robots do not look or act in anything like humans. The ultimate in robot intelligence and evolution may take on unimaginable forms.

The term comes from the Czech word robota and means “forced labor”. The word robot first appeared in the 1920 play by Czech writer Karel Kapik, Republic of Russia: Rusum’s World Robots. In the play, robots eventually toppled their human creators.

One of the earliest examples of automated design dates from around 1478: the Leonardo da Vinci car, a standalone spring-driven system that was probably created to create a feel in court.


The Uses of Robots?

Do you want to know the uses of robots? … Read on! ..Robots are widely used in industries such as the automotive industry to perform simple repetitive tasks, and in industries where work must be carried out in environments dangerous to humans.

Many aspects of robotics include artificial intelligence. Robotic machines may be equipped with the equivalent of human senses such as the ability to sense temperature ,vision and touch. Some are even able to take very simple decisions. Current robotics research is geared towards creating robots with a degree of self-sufficiency that allows movement and decision-making in a disorganized environment.

Industrial robots today are not human, called robots in human form. Want to know the uses of robots … Read!

Work History: Automation
It has reached the level of fully automated production. The first generation of industrial robots can only perform simple tasks, like welding, because they are confused by the slight differences in the things they work on.

To overcome this difficulty, computer scientists and engineers began developing robots with more sensitivity, and thus …

Natural medicine and rehabilitation
Mobile robotic arms have been developed equipped with a video camera so that they can move safely and smartly around the patient’s home.

These personal robots can receive oral orders and execute them from the patient to perform simple household tasks such as filling


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