Technology

Robotics: How Much do You Know About this Innovative Industry?

Most of us can probably remember humorous representations of artificial intelligence from sci-fi movies and novels. However, robots and artificial intelligence have grown by leaps and bounds and their presence could become much more than imaginative stories. Over the past decade, robotics has been making waves in a wider spectrum of industries and applications than expected, and its development continues to accelerate.

Have you ever seen a robot walk the street? Are you sure? This notion can become more realistic every day.

When robots were first conceived

WIRED magazine marks the first appearance of the word "robot" in a 1921 play by Karel Capek entitled R.U.R. or "Rossum's Universal Robots". The term comes from a Czech term for "forced labor". Although an official definition of "robot" is difficult to define, a few features help reinforce the concept. To be a robot, something must have a physical presence, be able to perceive, cross or manipulate one's environment and make autonomous decisions. Since their creation, robots have taken countless forms in the imagination of writers, screenwriters, storytellers and their audiences. And the current prototypes take even more forms.

How do robots help right now

Although robotics can still be considered science fiction by most people you talk to, robots have already made their mark in areas such as the manufacture of as well as initial incursions in applications such as delivery, autonomous vehicles and even agriculture.

The robots that we could read in the news today are often prototypes; clumsy, first-run machines that work more like novelties than tools capable of useful and effective performance. However, some robotics applications are highly developed and implemented in factories research facilities, processing centers, etc. .

Disaster relief is another area where robotics has a major impact. Unmanned Aircraft Systems (UAS), drones and similar robotics commonly used in relief operations following natural disasters. Robotics technology has become so advanced that a UAS can perform 8 rescue missions in less than 45 minutes .

The United States Government and other official disaster response agencies have overseen an increasing number of robotic and artificial intelligence (AI) applications during natural disasters and other similar scenes. Relief operations during the September 11, 2001 terrorist attacks are the first documented application of robotics in search and rescue efforts. A myriad of research and development companies, agencies, technology creators and funders are dedicating concerted efforts and resources to develop robotic and AI applications for relief and relief operations in case of disaster.

Leaders in Robotics

Many companies are working to advance the field of robotics to new heights. You've probably heard about it, like Google, Toyota and Epson. Other entities that are making significant progress in the field of robotics include companies like iRobot, creator of household robots, including the Roomba Vacuuming Robot robot, which has been contributing to military defense applications since 1990. ] The most influential robotics companies created in 2012 a humanoid robot called Baxter which received a lot of favorable attention. The company has been providing ongoing offerings since Baxter's initial release and has greatly contributed to the advancement of the field of robotics.

The Future of Robotics

In its 2016 article entitled The Future of Robotics ZDNet anticipates advances in the field of robotics including larger applications of collaborative robots (or robots working near and alongside humans), and more robots appearing in non-manufacturing areas, such as e-commerce and healthcare. Transportation industries could also get a facelift because of the increased implementation of robotics. In fact, municipalities around the world are already working to implement AI forms in their transit offerings. One of the main forms of future transport includes the hyperloop. The Hyperloops are expected to be in service 2020 when the passenger cargo boxes will be traveling at a maximum speed of 750 mph .

Similarly, driverless cars have been on the news in recent months and, although a negative press has tainted public opinion about these applications, robotic transport and AI transportation continue to improve. an inevitable part of the future landscape.

Due to the immense advantages that robots and artificially intelligent beings exhibit in a wide variety of applications and parameters, development in the field of robotics shows no signs of slowing down. Robots may walk in front of us on the street, cook our meals in the restaurant, or work with us much earlier than we ever imagined.

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