Given work is dedicated to study theoretical bases development of the method, which will allow to build the process of searching for of the optimum management decisions, based on formalizations and automations deductive conclusion with reference to management such complex system as construction.The Base of this method are semiotic modeling, i.e. a logicianlinguistically approach of searching for of the decisions on management. The Construction (S) presents itself collection technical (T), social (C) and economic (E) of the systems, As a result such complex approach to production given problems is found algorithm of the building to management model to building organization with use logician-analytical methods of the quantitative analysis.The Article is dedicated to development to models of construction management, as bases of the maintenance of the normal move production provided that it is provided periodicity and stability, the further development production with provision for use technical and technological innovation that will allow to raise the quality to product construction.
The article, in General, refers to the technology of training for the construction industry, and in particular the search for a more effective method of forming a professional educational program of training in the field of Computer science and technology (09.04.01). Over the past eight years, Russia has changed three state educational standards of higher education. The procedure of their implementation in the educational process is very time-consuming and takes place in a short time. In order to avoid gross errors and speed up the process of developing an educational program, it is necessary to use computer technologies, among which the most promising are the methods of intelligent systems. The article discusses the method of solving the problem with the requirements of the educational standard.
The article is devoted to the development of a model of management of technological processes of construction on the basis of fuzzy logic. Construction is a complex open dynamic systems with elements of ambiguity and uncertainty. External factors are not always possible to clearly determine the relationships between the factors are constantly changing in a random way. The dynamics of the laws describing the external and internal parameters of the system of control over the construction process and their relationship with the growth of scientific and technical progress only increases. This is due to the emergence of new information flows, which depends both on internal and external multiple factors with elements of ambiguity and chance, but we need to make, to store, quickly process and transmit information for the elaboration and adoption of decisions.
Представлены возможности применения разработ анной авторами универсальной программы для Windows, позволяющей решать ключевые задачи из теории графов. Описан процесс (пользовательский интерфейс) формирования в рамках программы графа, соответствующего заданному сетевому графику. Представлен общий вид диалогового окна с описанием возможностей редактирования (добавления и удаления вершин и ребер), сохранения документа в файле, чтения документа из файла, а также расчета оптимального и критического путей.Ключевые слова: граф, сетевой график, критический путь, кратчайший путь, алгоритм Дейкстры, Windows приложение, графический интерфейс.
Abstract. The article is devoted to analysis of data mining techniques in a model of construction management. In the construction industry, as a rule, in most cases is incomplete and/or unclear information, so the classical methods of model-building control don't work. In this case, it is advisable to apply some well developed methods of fuzzy sets and fuzzy logic. The original construction is described by the words of the spoken language, where the sentences are predicates of the first kind. Identifies the parameters that influence the management process in the form of a lexical variable, which is analyzed by methods of the theory of many-valued logic. The results of the analysis are used in building the model administration of construction.
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