Dariusz Prokopowicz Robots equipped with artificial intelligence will play a very interesting role in both the present and the future. Since I develop machine learning and deep learning algorithms for autonomous mobile robots, I have noticed that artificial intelligence will largely replace humans in this field. Humans will mainly serve as supervisors, overseeing the execution of any task related to artificial intelligence.

Hi, It interesting. I am doing my research on how to make inspections and certification more efficient by deploying AI. Hopely, can get more supporting from any source.

Dear Researchers, Scientists, Friends,

The question, "Will robots equipped with advanced artificial intelligence be able to independently repair, improve, and develop in the future, using data from the Internet?" still strikes me as incredibly intriguing and fundamental to the future of robotics and artificial intelligence, and further interdisciplinary research in this area is absolutely crucial. From my observations and work to date, while current AI systems, including advanced chatbots, demonstrate impressive learning and information processing capabilities, true autonomy in terms of self-repair and self-improvement, fully leveraging the ever-growing resources of internet data, remains a challenge at the intersection of many scientific disciplines. The relevance of this question stems from the continuous and rapid progress in machine learning, robotics, and cognitive science, which are gradually bringing us closer to creating more autonomous systems. In the future, it will be particularly important to investigate the limitations of current machine learning paradigms in the context of achieving genuine creativity and the ability for innovation by AI, as well as the development of robotic architectures enabling not only physical self-repair but also the autonomous design of improvements at the hardware and software levels. New research areas could include the exploration of reinforcement learning methods in the context of long-term planning and execution of complex repair tasks, the integration of symbolic and sub-symbolic knowledge representation in AI systems for a better understanding of the causes of failures and the design of effective solutions, as well as the ethical and social implications of such advanced robot autonomy. The determinants shaping this future will undoubtedly be advancements in AI algorithms, the development of self-healing materials, the bandwidth and availability of internet data, as well as the regulatory and social frameworks regarding autonomous systems. I would like to thank all researchers and engineers for their past contributions to this fascinating field. I am open to any scientific collaboration that could bring us closer to understanding and realizing the vision of self-improving robots. I encourage the continuation of this extremely important and inspiring discussion.

I invite you to discuss this issue and to engage in scientific cooperation,

Best wishes,

Dariusz Prokopowicz