Multi-Choice Analysis Use of Space-Time Information of Transport Systems

Abstract

The work purpose consists in the development of models and control algorithms of distributed transport systems. In the work there is carried out a formalization of control processes in transport systems. The analysis of connection intensities between transport components is analyzed. There is developed a circuit of the multi-choice analysis of space-time information for tie intensities on the efficient interaction of objects. It is shown, in what way a significance of objects of the transport system control center is taken into account. There is developed a circuit for a space-time information analysis according to object significance of the control center during the interaction with subordinate components. 
 The investigation methods: multi-criterion optimization, expert approach, integral estimation, time series. 
 The investigation results and novelty: there are analyzed different tie intensities between constituents in transport systems. A circuit of the multi-choice analysis of space-time information for tie intensities on object efficient interaction is shown, a also a circuit of the multi-choice analysis of space-time information on object significance of the control center during interaction with subordinate components. 
 Conclusions: there are shown peculiarities of space-time information control in transport systems. Three versions of the analysis of control center objects are considered in order to have interaction support with the components of subordinate systems.