The article is devoted to the topic of interdisciplinary balance in the solution of problems of the urban transport systems development. On the example of the concept of the transport system in Yekaterinburg development, the authors suggest ways of introducing interdisciplinary research: the author's multi-criteria system for assessing the transport system is proposed. The introductory part of the article is devoted to the formulation of the main goals and tasks of the development of transport systems in the Russian city. When considering the transport system in Yekaterinburg, it is proposed to use the zoning of the city's territory to formulate strategies for its development, taking into account local conditions. Also, the authors propose to take into account at the project level various international trends in the development of transport systems.

Keywords: transport systems, master plan, urban planning, interdisciplinary research

The method of laser therapy is based on synchronization of phases of inflow (anacrotism) and outflow of blood (catacrotism) in the field of the pathological center with phases of a being narrowed and extending laser spot on a projection of this pathological center. It is supposed that being narrowed on a projection of the pathological center the spot of laser light stimulates blood inflow to the spot center, and the extending spot of a laser beam – activates blood outflow in the direction from the spot center to its periphery. The developed technique of the automated correction of hemodynamic frustration consists in pilot signal formation (in charge of the power and laser positioning) for the laser machine on the basis of a difference between a reference rheogram and a rheogram of the patient (a body site) in real time.The offered technique has to allow to use more efficiently methods of laser therapy at treatment of violations of a blood-groove. The technique is calculated on the basis of numerical experiment by means of methods of mathematical model operation.In the real experiment the question of synchronization of the reference and measured signal is considered solved though this task represents a subject of separate researches.The received pilot signal can be in real time transformed to the current signal operating positioning and laser power.The method gives the chance of an operating control of a condition of the patient and blood-groove diagnostics to, in time and after a session of laser therapy. Development provides possibility of adaptive individual correction and optimization of parameters of influence during a session and a course of treatment.

Keywords: laser, therapy, technique, rheogram, diagnostics, blood-groove, management, signal