Abstract:

Since the 1970s, many manufacturers and users have promoted the development of computer-assisted "Decision Assistance Systems". These actions have led to strong expectations from Decision Assistance Systems and have generated much optimism about the possibilities of improving decision-making. The application from present paper was made as detailed as possible so that the decision maker can access at any time both the initial input data and the comparison functions, graphing and tabular rendering functions that provide an overview of the robot features in in relation to standard values, as well as partial decisions that show which robot model meets the most important requirements and which of the requirements can be reversed. Due to this detailed structure, if the application offers more or no solutions, the decision maker can analyze the previous steps to determine which solution is best suited to the organization or whether there are robot models that partially satisfy the required conditions.