Robot Technology- A Review | Original Article

ABSTRACT:

ABSTRACT

The evolution of robotics in industries reflects a trajectory of technological advancements and theoretical breakthroughs. From the early stages of industrial robotics to the anticipated developments in the mid-21st century, this Paper discuss the progression and potential of robotics within industrial contexts. Initially rooted in stationary hydraulic arms and statistical formulas for vision programs, industrial robotics underwent significant transformations, driven by innovations such as microprocessor-controlled manipulators and autonomous mobile robots. The emergence of consumer-oriented robots capable of navigating environments and executing household tasks portends a future where universal robots with lizard-like minds become commonplace by 2030. Further projections suggest the advent of second-generation robots with trainable capabilities resembling those of mice, followed by third-generation robots with sophisticated mental faculties akin to monkeys by 2040. These future iterations promise to integrate physical, cultural, and psychological factors, enabling robots to learn through simulation-based rehearsals and develop consciousness. By melding powerful reasoning programs with advanced machines, fourth-generation robots may attain human-like intellectual prowess, reshaping industrial landscapes and propelling automation to unprecedented levels of efficiency and adaptability.