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The articles are devoted to informationadministrative architecture and its monitoring conceptions. Approaches, methods and abstractions, allowing to carry out the IAA modeling and being the conceptual level of model with dynamic types definition is described. This allows designing and developing database for informationadministrative architecture monitoring.
This paper aims to present a systemic approach of some important information sharing ways from the point of view from the efficiency of supply chains, and provides a short review of Hungarian retail sectors related, actual status. The success of supply chains can be based on the partnership among the member sites and especially on the quality and quantity of the shared information. The aim of profit maximization in a supply chain can be mostly achieved through the minimization of transportation costs and at the same time with the maximization of the quantity of sold products. However the utilization of the high quantity of required data necessitates an appropriate preparedness by each member of the supply chain. Retail has a determinative role in the adequacy of related efficiency requirements, since in the next to last point of the chain it gets primary information related to the end-customers preferences.
Изложены результаты исследований биотехно­логий выращивания сельскохозяйственных культур, а также сформулированы задачи инженерного обеспечения биоло- гизации земледелия и пути их решения.
The process of navigating a sea-going ship heavily depends on decision making. The decisions result from performed transport tasks - carriage of cargo and people as well as the current and predicted navigational situation. Increasing amount of available information and growing complexity of technological systems used make information management and relevanfdecision making so difficult that it may result in wrong decisions, particularly in emergency situations. Maritime administrations have implemented special procedures of watch keeping and those in emergency. Such procedures are helpful in making the right decision. The procedures, however, are not helpful in accelerating the processing of a load of'infor- mation a navigating officer is surrounded by. One method of solving the problem is the application of artificial intelligence for searching for necessary information. This article analyses possible ways in which a navigator can acquire, process and use a large amount of information in decision making process. A concept utilizing artificial intelligence tools for navigation support system in navigationally difficult areas is presented. The article discusses goals such a system should achieve for the ship to follow a preset trajectory and to avoid collisions. The information provided herein outlines the construction of such a system and may be useful in research into the problems of designing navigational decision support systems.
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