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In-process for a decision task of prognostication of casual sequence of change of the state of the technical system information technology of determination of optimum values of interval of aftereffect and order of nonlinear connection of the probed casual sequence is proposed. The algorithm of extrapolation and technology calculate its optimum performance are based on nonlinear canonical decomposition.
Software quality depends primarily on a properly planned and correctly carried out development process. Testing, which has an enormous influence on the whole project, is one phase of this process. This is the last step of production and includes system implementation as well. Specialist software, which without a doubt geodetic applications are, requires special attention to work quality. It should be ensured already at the design phase, when individual functions are created according to requirements specification. But often the product can not be properly evaluated before the end of the production process. Some deficiencies and shortcomings (resulting from erroneous coding, incorrect interpretation of user requirements or design flaws) become apparent only after the end of the production process. The only way to minimize the number of these errors is the participation of geodesy experts in the testing phase. They can support their knowledge and experience with specialist software, which allows to shorten the time and decrease the cost of this time-consuming process.
Production Engineering – a new approach to management or a new discipline? The paper discusses the origins and the evolution of production engineering, which, in 2010, became a separate discipline of technological sciences. It outlines the definition of production engineering as formulated by the American Institute of Industrial Engineers, in 1989. Based on that definition, the body of knowledge referring to the product lifecycle is described and, next, 10 areas – the building blocks of the production engineering discipline are delineated. All of them are based on IT technological developments.
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In the last decades we could witness an extremely fast spread of IT systems. This is, on the one hand, due to great leaps in technological development, and on the other hand, due to the fact that the data processing needs of enterprises have risen significantly, which is in itself due to accelerated changes in the market and technologies. Nowadays, distributors of the agricultural products do not monitor their customers buying habits, do not measure customer value. My case study shows that there are special companies on the market and they can use the advantages of the CRM system on a very high level. These systems can be developed easily. IT suppliers are adapting to the ever renewing market demands. The paper aims to analyze the importance of CRM system in development of companies operating in the agricultural sector.
Podstawowe opracowania Informatycznego Systemu Osłony Kraju, tworzonego na potrzeby zwiększenia bezpieczeństwa ludzi i mienia, mają charakter dwuwymiarowy. Rozwój technologii informacyjnych pozwala na wizualizacje danych przestrzennych z wykorzystaniem systemów GIS 3D. Szczegółowa wizualizacja wymaga jednak integracji danych przestrzennych pochodzących z różnych źródeł – np. z bezpośrednich pomiarów geodezyjnych, danych ze skaningu laserowego, zdjęć lotniczych, ortofotomapy lub innych opracowań fotogrametrycznych – oraz obiektów z różnych baz danych, w szczególności baz topograficznych. W pracy zaprezentowano koncepcję i efekty trójwymiarowej wizualizacji wyników modelowania hydrodynamicznego wezbrań dla fragmentu doliny rzeki Widawy. Wykorzystano numeryczny model terenu pochodzący z lotniczego skaningu laserowego, na który nałożono teksturę w postaci ortofotomapy. Dane przestrzenne uzupełniono trójwymiarowymi modelami budynków i drzew pochodzącymi z ogólnodostępnej kolekcji galerii 3D Google. Dla zbudowanego modelu przestrzennego wykonano wizualizację wyników modelowania hydrodynamicznego. Integrację i wizualizację danych wykonano w oprogramowaniu ArcGIS, w module ArcScene.
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In the article the problems and obstacles of developing information technologies of society in Ukraine are explored. The positive and negative consequences of influencing are certain and usage of the information technologies in the life of Ukrainian people. The concretes examples are considered.
The paper is concerning the theoretical approaches to knowledge management of enterprise and concentrates attention for knowledge, which are the most valuable capital of enterprise. Expansion of globalization incline of enterprises deal also lesser important areas, which mean, that enterprises management must to concentrates attention not only for traditional developing sources (material, financial, labour power), but also up to now a lesser important and used source, that is phenomenon knowledge, which is nowadays known as the knowledge management.
The data of individual sector on environmental science is compiled in information technology (IT) through database software known as Environment Information (EI). Environment information is an easy accessible database in individual sector, where people can know both new research scope and impact on environment. The present study deals to inform that EI is an area, in which the knowledge of environmental science and IT is combined through database software. In this paper, individual research area, data format and beneficial aspects on environmental science is tabulated for EI. There are several research areas in which the data viz. ecology and ecosystem, biodiversity and conservation of important species, health hazards by diseases, health care facilities, toxicological aspects, wastes types, source generation and management, alternative energy generation facilities, environment education and awareness etc. It is a conceptual approach to gather knowledge of environment related problems and prospects and can easily make a database for the intellectuals, academicians, scientists, regulatory authorities, policy makers, researchers, students etc. These help to know benefits in research area, regulatory process, decision making and proper environment management. People can easily access compiled database in an individual sector of environment science.
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