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These rules form an essential part of robots’ interaction and communication systems. E- Data processing techniques: Computer scientists develop data processing methods and techniques that robots rely on to perform the tasks required of them. F - Software analysis and design: Computer scientists design software analysis and design techniques that help structure and organize the programs on which robots depend. This includes techniques such as.

System Analysis, which studies and determines the requirements for robotics Phone Number Data systems. Software Design, which is used to plan the structures of the robotics program and its interface. Object-Oriented Programming techniques that are used to organize programming codes and represent them as objects and shapes in the real world to facilitate the process of robots interacting with them. G- Robotics software maintenance techniques: Computer scientists develop techniques that are used in robots software maintenance. This includes techniques such as: 1. Code Documentation, which is used to prepare documents that explain the way robot program codes work and how to use them.



Understand and modify them in the future. 2. Version control techniques that are used to track changes in robot software. 3. Unit Testing, which is used to conduct small tests of specific parts of robotics programs to ensure that changes made to part of it (for example, when updating it) do not negatively affect other functions of the robots. 4. Error Analysis, which is used to analyze errors that may appear during the operation of robots and make the necessary adjustments to correct them. 5. Applying software engineering principles This includes techniques such as dividing software into understandable and maintainable units. 6. Performance Optimization This includes improving the efficiency and speed of robots’.