Microcomputer application diagnostic system for identification and evaluation of user satisfaction factors of purchasing software
Abstract The selection of a purchasing software (PS) system is a complicated process. The overall satisfaction derived from a system depends on many variables. This study analyzes the influence of PS predictor variables on overall satisfaction. This study confirms the theories that suggest that ease of operation, computer reliability, and technical support are the major determinants of overal computer user satisfaction. The factors identified were used in the design of a PS Microcomputer Diagnostic System.
There is the bottom-up approach proposed and implemented for the Manufacturing Execution System in the paper. The developed Manufacturing Execution System was testes in a real production line composed of MPS stations by Festo Didactic. Production of pneumatic cylinders The MES software was written in Object Oriented Programming way in C# language with the use of Microsoft Visual Studio. The structure of the database tables is presented and the role of the tables in the system is described briefly. The classes developed and implemented were presented and described.