DEVELOPMENT AND PROSPECTS OF ROBOTICS
Protasov Yorkinjon Bukhara State Pedagogical Institute, “Mathematics and Informatics” field of study 2 nd stage student
Keywords:
Robotics, robots, meteorites, space, comets, car factory, innovator, symbiosis, cyborg, mechanism, expert, smartphone, machine tool, hydrodynamics, mechanic, resume, artificial intelligence, pedagogy, technology, innovative, mechanics.Abstract
This article reflects on the development prospects and achievements of robotics. The science of robotics is inextricably linked with mathematics, physics and other specific sciences. Robotics problems are solved by mathematical methods and then concluded. Physics problems are solved using the laws, principles, theorems and equations of robotics. Theoretical mechanics serves as the basis for solving all problems of robotics. Industrial robots and robotics systems are widely used in today’s high technologies. Robots, robotics and flexible production systems are the technical bases of production development.
The use of robots and robotic systems in modern technologies is becoming more popular year by year, and robotics is rapidly developing. Deeper study of robotics and additional new inventions, modern mechanized, automated and robotic future will start to create new professions. In particular, being able to work in a team while interacting with the machine becomes an important skill. Even now, in the personal skills section of the resume, users are given the necessary instructions to write «work with computer programs and social networks» to create a significant advantage.
References
Kakhhorov S.K., Zhuraev А.R. (2019). Method of application of virtual stands in teaching subjects of electrical engineering, radio engineering and electronics// LXII International correspondence scientific and practical conference «International scientific review of the problems and prospects of modern science and education» (Boston. USA. September 22-23). P. 44-47.
Zhuraev AR. (2014)The choice of the optimized content of labor education and the methodology of its training (5A112101 – Methodology of labor training). Tashkent. from 107.
Bakhranova U.I., Khaidarova F.Sh., (2016) On the Fredholm determinant associated with the family of generalized Friedrichs models // «Advances in Science and Education» monthly scientific - methodological journal № 7 (8) / Russia, Moscow P 5 - 7.
Saidov Q.S, Bakhranova U.I. (2020). Didactic opportunities to use virtual learning tools in the preparation of future teachers for professional careers // “European Journal of Research and Reflection in Educational Sciences”. Great Britain.
Progressive Academic Publishing. (EJRRES) Vol. 8 No. (12),. Part II, Pg, 92-96.
Zhuraev A.R., Bakhranova U.I. (2016). The use of tasks and concepts related to geometric shapes for the integrated teaching of labor education with the subject of geometry. «Advances in Science and Education» monthly scientific - methodical journal № 7 (8) / Russia, Moscow, p. 83 - 85.
Zhuraev А.R. (2019). Methods of applying virtual laboratories in teaching hydraulics and heat technology // “European Journal of Research and Reflection in Educational Sciences”. -Great Britain.. №7 (7). – P. 35-40.
Жураев А.Р., Бахранова У.И. (2016). Использование задач и понятий, относящихся к геометрическим фигурам, для интегрированного обучения трудовому образованию с предметом геометрия. “Дотижения науки и образования” ежемесячный научно – методический журнал № 7 (8) / г. Россия, Москва, с 83 – 85.
Zhuraev A.R., Aslonova M.S., Bakhranova U.I. (2018). Methodology of using electronic textbooks in teaching the direction «Technology and design» of the subject of technology // «Problems of Pedagogy» scientific and methodological journal № 3 (35) / Russia, Moscow. - P. 23 - 25.
X.N. Nazarovning (1987). “Robototexnik tizimlar va komplekslar” nomli kasb-hunar kollejlari uchun о‘quv qo‘llanma (96-bet).
N. Shaxinpur (1990 )“Kurs robototexnika” nomli maqola 5-bet.
