Downloads & Free Reading Options - Results

When designing a new Management Information System/Decision Support System (MIS/DSS) for an organization, it is important to understand the existing MIS/DSS so the problems with it can be identified and corrected. This thesis identifies an approach for MIS/DSS design and accomplishes one step of the design process for production control units in base civil engineering organizations. The information system of production control is diagrammed according to the requirements stated in Air Force Regulation 85-1, Resources and Work Force Management. This lays the foundation for completing the MIS/DSS design for production control and for all of the base civil engineering organization. The diagrams developed in this thesis are useful as a training aid for production control specialists, as an illustrated method for simplifying regulation procedural requirements, for identifying the portions of the existing MIS/DSS that are automated processes, and for development of interactive computer programs for going through production control processes. (Author)

In the article there were presented chosen method associated with statistical control of production processes. Mainly focused on control cards and Pareto-Lorenz analysis. Showed method were implemented to analysis production process stability of hearing aids in X company (the brand name don’t give because date of production is secret). Researches were made few months after new assembly lines starts-up. Main aim of researches was defects types identification occurred in production process and determine the scale of effect. Finally received results were satisfactory, i.e. despite of occurred errors, control cards analysis showed that production process of BTE-type ( Behind-The-Ear) hearing aids was stable. / W artykule przedstawione zostały wybrane metody związane ze statystycznym sterowaniem procesami produkcyjnymi. Głównie skupiono się na kartach kontrolnych i analizie Pareto-Lorenza. Wskazane metody zastosowano do analizy stabilności procesu produkcji aparatu słuchowego firmy X (nazwy firmy nie podano ze względu na poufność danych produkcyjnych). Badania przeprowadzono w kilka miesięcy od uruchomienia linii produkcyjnej. Celem badań była identyfikacja rodzajów wad występujących w procesie produkcji oraz określenie skali tego zjawiska. Ostatecznie otrzymano wyniki zadowalające, tj. pomimo występujących błędów, analiza kart kontrolnych p wykazała, że proces produkcji aparatu słuchowego typu BTE (ang. Behind-The-Ear) był stabilny.