What are the different types of software of professional systems?
Expert Systems Software is produced by developers for many reasons, but these programs are usually made to look at data and then do something or respond to information. Systems Systems Diagnostics and Repair Systems focuses on problems, recommends an action plan and can create a plan to help solve the problem. Teaching expert systems use tests or other methods to assess the user's ability and then present the material in the best order for the pupil. The interpretation and prediction systems are similar, with the exception of one comparison of data to find the answer and the other uses data to predict the result. Expert systems monitoring are automatic systems that monitor the environment, such as production and respond to functions and needs. Both look at information to determine the problem, and both recommend the best way to solve the problem. The difference is that the system for the diagnostics of an expert will only tell the user the best steps of remedial remedies or problems with a problem with a problemEm. The repair system describes in detail the schedule and all the steps needed to fix the problem.
Instruct Expert Systems Software is used to train new employees or to provide individual teaching to students. This system first submits tests to collect user information to understand its strengths and weaknesses. After collecting data, the instructor system presents a material that best complements the student's learning profile, so it learns with maximum efficiency.
Interpretations and prediction expert systems Software are created to look at data and create information analysis. The interpretation system is often used in drilling minerals and gas to focus on images and other factors to determine the best way to use the minerals and help workers understand what material has been found. The prediction system deals with information and predicts the result, for exampleweather forecasts.
Monitoring expert system software is mostly used in production and energy plants and automates all processes. The rules are built into a system that calls the system, what are the best operating temperatures, what should be done with defective equipment and other factors that commonly occur in the plant. The professional system will then constantly analyze the environment and respond to any changes to ensure that everything works optimally and fixes problems as needed.