In 2014, the global population of operational industrial robots reached an estimated 1.47 million units. Their ability to tirelessly execute lackluster[lak,lús-tu(dull,नीरस)], repetitive or even hazardous[ha-zu-dus(dangerous,खतरनाक)] tasks has enabled us to take huge leaps forward in manufacturing accuracy and productivity. But what will the future bring?
Robots can play a huge role in the manufacturing story. According to a recent report by BCG, robotics adoption would boost manufacturing productivity by up to 30 per cent. robots are getting cheaper, more dexterous[deks-t(u-)rus(skillful,दक्ष)] and easier to operate and could, therefore, help tackle the looming issue of labour shortage in the manufacturing industry in both developed and developing countries as seen in the US, India or China, for example.
The current and future potential of robots is embodied in an exciting prototype of a new robot developed by engineers in Japan. this robot has the ability to recognise 3D objects and make visual inspections. But most exciting of all, he can learn.
There is talk of India’s manufacturing sector touching $1 trillion by 2025 and potential for the sector to account for 25-30 per cent of the country’s GDP. These are ambitious numbers and affordable, high-precision robots will have a significant role to play in making this dream come true.
In addition to manufacturing, robots are likely to play an important part in tackling global trends such as securities shortages — in particular, fuel — and the ageing population. Power generation is a notoriously[now'to-ree-us-lee(infamous,कुख्यात रूप से)] risky business — a nuclear reactor, for example? With robots, that possibility is approaching faster than you think.
Another area where robots could play an Cardinal[kaad-n(u)(important,मुख्य)] role is in helping with the ageing population. many developed markets face the very real issues of how to support and care for their growing numbers of elderly.This is a very real menace[me-nis(threat,भय)] to any region wishing to retain global influence, as Europe and Japan, no doubt do, and the use of robotics in manufacturing isn’t the only way in which robots can help address this issue.
the capabilities of robotics extending into areas like assistive care, with robots helping us to address the challenges of supporting an ageing population while reducing the cost implications — they will become a very echt[exht(real,वास्तविक)] solution to supporting the service and care industries.
This support will manifest in multiple ways, not only with basic manual tasks such as lifting and moving,but also more intricate[in-tri-kut(complex,जटिल)] tasks such as measuring and sensing for environmental data, recording and reporting changes and fluctuations, and providing data-based recommendations and initiating tasks to apply them.
they are tools with enormous[i'nor-mus(big,बडा)] potential and power, and we must respect any technological advancement that has the potential to alter social dynamics. It is our responsibility to ensure that they drive positive change.
Robots are destined to help us solve stellar[ste-lu(major,मुख्य)] societal issues such as labour and skills shortages and costs, and They will be one of the keys to solving numerous[nyoo-mu-rus(many,बहुत से)] fundamental global issues, relieving the pressure on our more finite resources.
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