Goriushkina A. Method of information management in a computerized system based on Нartley transform

Object is a process of processing and data transmission in computer air transport networks kompleksu.Meta research is to increase the speed of data transfer on the basis of structural features multimedia content, forecasting and dynamic management of network computer resursamy.Metody study - the study of choice toward developing a method of research information management in computer networks was carried out on the basis of system approach. In improving the method of discrete Hartley transformation for further use in media compression method used main points of the theory and spectral analysis and the methods of discrete orthogonal transformation. While improving the method of forecasting the intensity of the flow of data in computer networks were the methods of fractal interpolation and extrapolation, analizsamopodibnosti intensity data flow and the Hurst parameters based on wavelet - method. When building a dynamic model of computer resource management method applied Pareto - optimal allocation and functional Bellman. Evaluating the effectiveness of theoretical and practical results performed on the basis of mathematical statystyky.Praktychna confirmed the importance of implementing act when designing a computerized system of air transport by LLC "Master-Avia" (c. Kyiv International Airport "Juliani") and the implementation of the act in the learning process Department of information systems NTU "KPI". Research findings are used in the preparation of lectures "Methods and means of computer information technology" and "Optimization telekomunikatsinyh digital networks." The structure of the lectures included in the mathematical model and competitor proposed improved method for calculating the discrete Hartley transformation. Scientific novelty: the first time the method of dynamic resource management computer system air transport sector, which is based on short-term load forecasting model and distribution of computer resources that allowed consider the properties of fractal computer network structures air transport sector and improve the performance of transmission media; improved method for calculating the discrete Hartley transformation that is different from the known use of modular matching functions to form a systolic system that would reduce computational complexity conversion. Scope: system critical applications, the learning process.