Computer scientists develop artificial intelligence techniques to improve

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In general, robotics relies on a diverse number of branches of mathematics, the most important of which are: A- Algebra and Mathematical Geometry: Algebra and mathematical geometry are used to design mathematical models of robot movement and depict its position in its workplace. These models help understand the movement of robots and analyze how their movement matches each other and compared to the rest of the elements in their workplace.
  
B- Probability and statistics: Probability and statistics are used in analyzing Phone Number Data errors and estimating the state, or what is known as State Estimation. This is done based on the data collected by the robots’ sensors with the aim of improving the accuracy of the robots’ movement and discovering ways to develop them. 4. Computer Science Computer science contributes to the design and programming of intelligent systems that make robots work as they were designed to. This involves computer scientists programming and designing some or all of the following: A- Programming robots: Computer scientists use programming languages ​​such as Python and Java to develop software that manages robots and controls their behavior.



B- Designing and developing artificial intelligence systems on which some robots depend: Abilities to understand and interact with the environment. These technologies include artificial neural networks and machine learning . C- Image processing and computer vision systems: Computer scientists are developing image processing and computer vision systems for robots. Robots use these systems to process the images and videos they receive from the sensors and cameras attached to them with the aim of helping them understand their environment and interact with it. D- Database systems: Computer scientists design database systems to store and organize the information a robot needs to make decisions.