OBJECT-PROCESS DATA MODEL IN MANAGEMENT INFORMATION SYSTEMS
Annotation
We have studied the question of data models creation with respect to the process-based management of industrial enterprise. It is proposed to use an object data model for management and operational management decision making systems at the process organization of industrial enterprise. We consider the basic concepts and definitions used in object-process data model, suggest its mathematical description, that includes tree representation of the system goals, object meta-models of production system, business process, the center responsible for resource. We have defined four phases of information system creation based on the object-process data model: goal tree description, metamodeling of objects and processes, data structure representation, data warehouse modeling of the production system. The goal tree is a hierarchical scorecard of the enterprise. Production objects are described by hierarchical structures and should meet requirements of the specified system of quality indicators for goods or services. The most important stage of material system metamodeling is to establish connections between objects, processes passing in it and indicators of the goals tree. The ultimate objective for metamodeling of the material system objects and processes should lie in the repository creation where one can get the structures of objects, processes, indicators and links on the basis of their unique identifiers. We have proposed a variant of object-process model application in integrated information systems based on the service-oriented architecture with the ability to take into account the goals of business, collect data on the current state of processes and organize data storage for retrospective data analysis tasks. The usage of object-process model during information system creation enables to combine two types of control: deviation control and management-by-objectives.
Keywords
Постоянный URL
Articles in current issue
- PHYSICAL OBJECT-ORIENTED MODELING IN DEVELOPMENT OF INDIVIDUALIZED TEACHING AND ORGANIZATION OF MINI-RESEARCH IN MECHANICS COURSES
- INTERACTION OF FEMTOSECOND LASER RADIATION WITH SKIN: MATHEMATICAL MODEL
- TECHNOLOGICAL ASPECTS OF MANUFACTURING SILICA OPTICAL FIBERS WITH LARGE CENTRAL DEFECT OF GRADED REFRACTIVE INDEX PROFILE FOR FIBER OPTIC SENSORS BASED ON FEW-MODE EFFECTS
- DESIGN METHOD FOR COMPLEX LENSES BY DIVIDING THEM INTO PARTS
- "SIMULATED ANNEALING" ALGORITHM FOR LIGHT SOURCE PARAMETRIC OPTIMIZATION IN PHOTOLITHOGRAPHY
- PHOTOMETER-COLORIMETER BASED ON INTEGRATING SPHERE WITH AN INTERNAL SCREEN AND OPTOELECTRONIC RGB-COMPONENTS
- EXCIMER LASER PULSE ENERGY METER BASED ON PHOTOELECTRIC RESPONSE OF INDIUM-TIN OXIDE FILMS
- REFRACTOMETRIC ANALYSIS OF PROTEINEMIA LEVEL AND SERUM ELECTROLYTE IMBALANCE OF PATIENTS WITH MULTIPLE MYELOMA
- INFLUENCE OF EIGENVECTORS ON TRAJECTORIES OF DISCRETE SYSTEMS WITH CONTROL SIGNAL DELAY
- STUDY OF INFLUENCE OF THE HIGH-FREQUENCY ELECTRIC FIELDS ON MICROBIAL VITAL ACTIVITY AT VARIOUS TEMPERATURES
- THERMOPHYSICAL PROPERTIES OF POLYMER COMPOSITE MATERIALS
- EVALUATION OF MEMORY CAPACITY FOR HEAVILY LOADED SYSTEMS WITH PRIORITIES
- WHATCHDOG MECHANISMS IN EMBEDDED SYSTEMS
- FORMATION FEATURES OF THE COMPLEX ELECTRONIC STRUCTURE IN INSTRUMENT ENGINEERING
- NUMERICAL SIMULATION OF COOLING PROCESS FOR METAL CYLINDER BY GAS-LIQUID MEDIUM FLOW MOVING HORIZONTALLY IN ANNULAR CHANNEL
- ANALYSIS AND ESTIMATION OF FACTORS DETERMINING ACCURACY OF COMPUTER SIMULATION RESULTS OF SHIELDING HOUSING PROPERTIES OF ELECTRONIC DEVICES
- NUMERICAL SIMULATION OF PASSENGER TRAIN FIRE IN RAILWAY TUNNEL
- DECISION SUPPORT BASED ON SIMULATION
- MODELING OF STRESS-STRAIN STATE OF LINEAR WORK-HARDENING CONICAL ELEMENT OF DAMPING SYSTEM
- INTERACTIVE ELECTRONIC EDUCATIONAL TOOLS WITH COGNITIVE VISUALIZATION
- NAVIGATION AND CONTROL SYSTEM FOR MOBILE ROBOT
- CONTROL AND SAFETY OF THE DUPLICATED COMPUTER SYSTEMS