Currently, patients can be able to carry out their diagnosis by typing in symptoms on a computer and read the results; this eventually reduces the extra fees that would have been incurred as consultation fees. The use of technology can help physicians to treat more people than before. Diagnosis of diseases is not only getting more accurate, but also fast and efficient. Specialists in this field can perform a body anatomy with no lengthy procedures and few mistakes. This is done through adoption of technologies such as MRI scans and radiology machines (Griffith, 2000).
The Effects of Robotic on Our Lives The development of the robot in many domains since some decades has changed our world, especially how we think, how we do things. Some people are very happy from the new technology (robot) where for them; the new technology has brought some positive changes. But other people are against this new technology where it has bad effect on our lives. In this essay, I am going to show you some effect of robotic in our lives which will help you to deal with the technology (robot). The robotic can be considered as something which has a good effect in the situation it make life easy and considered as something with bad effect in the condition where it reduces employability and affects our mental.
Such is the impact of automation and robotics that these robots may soon be part of daily life. Automation has been creating waves across the globe in terms of high efficiency work and job distribution in the future. Many studies have shown that automation will disrupt the current economic structure as early as 2021. Automation is a double-edged sword, it significantly
William Peine, the Director of Surgeon User Interfaces at Medtronic MITG, stated that “Robots don’t perform the surgeries, but they are tools that give the surgeon more derexity. They let you get into confined spaces. You can eliminate hand tremor, and you can be very precise and delicate. It’s as if the tips of the instruments become your fingertips.” The robot is made up of two separate, but connected sections: the tower, and the console. The tower is positioned directly over the patient during surgery.
The fear that robots will replace people is real, and may happen across spheres of economic activities. This research note does not attempt to determine which professions will thrive, which will diminish, or which will completely disappear as we move forward. However, there is agreement amongst the literature that both blue and white-collar jobs will be threatened by the employment of robots. In the near future, robots will be able to do many jobs as effectively as humans will. However, at much lower costs.
Robotisation will play an increasing role in the workplace, assisting human employees with their tasks. Naturally, there is an increasing concern from employees, trade unions and policy makers that unemployment will raise as smart robots replace them, as economist Richard Freeman argues that robots can be a substitute for workers, even highly skilled professionals. Fourth Industrial Revolution refers to the transformation in the way humans and machines connect and relate. The first three industrial revolutions were underpinned by steam engines, mass production and electricity, and information technology. The fourth revolution is in its early stage, it brings machine intelligence together with all other digital technologies that have become incredibly fast and inexpensive.
When it comes to replacing robots with humans in the military, usually movies that result in the robots taking over come to mind. Although this is possible, it is one of the many paths that we can choose, so addressing this issue earlier can prevent catastrophic disasters and unnecessary deaths. During Hyper Evolution: Rise of the Robots, Professor Danielle George visits the Boston Dynamics lab, which is creating robots to implement in the military. These robots can do human-like functions such as open doors, carry boxes, and navigate uneven terrain. The documentary, however, does not cover other robots created for the military, more specifically, autonomous robots with weapons.
He begins by observing the experimental process by which scientists are inspired to create. In developing robots many experts have tried to emulate the patterns and work habits of nature, marveling at their consistency and the efficiency at which they are able to complete tasks. Gillis also notes the influence of newer and more effective electronic components. These advancements in technology, such as the evolution of microprocessors, have developed more potent ways to solve problems. One of the most difficult issues that has plagued the success of is the simple fact that most companies were unable to afford these high-powered and expensive machines.
The use of wireless Ethernet has been shown to be working successfully and durable in terms of communication systems for automised mines, especially in long-wall mining (Kelly, 2005). 7. Conclusion Automation and mechanisation does not eliminate jobs, it shifts the nature of jobs, dull and mundane tasks done by robots increase productivity of mines (Pule, 2015). The mining industry is not yet ready to change into automation but it is already practicing mechanization. Mine workers should also open up and be eager to learn the transition between mechanisation and automation.