Development of methods and techniques for optimal design of unmanned aviation complex for industrial and ecological monitoring of the environment

The work is dedicated to the development and implementation of integrated design methodologies of individual elements of unmanned aircraft systems related to the problems of ensuring the necessary tactical and technical, performance, reliability characteristics, performance and unification into a single unified methodology and a system of making design decisions in the design process. Purpose of work is to provide design institutions / groups, unified methodology of designing unmanned aircraft systems taking into account the needs and requirements of the end user, as well as making the system design solutions designed specifically for the design of aircraft systems ethereal purpose.

In carrying out the work defined the criteria for selecting the optimal parameters of unmanned aircraft systems (UAS) on the basis of technical requirements imposed to their.

Determined the weights of individual parameters unmanned aircraft systems, depending on its purpose. In this work developed an integrated approach to optimize the parameters of unmanned aircraft systems.
As a result of the work developed software that provides automatic determination of optimal parameters of unmanned aircraft systems, depending on the technical requirements for it, and its purpose.

The algorithms determine the parameters of stability and controllability of unmanned aircraft systems in flight and developed hardware system for determining the parameters of stability and controllability in flight.

An approach to the choice of means of automated landing unmanned aircraft systems, depending on its characteristics and purpose.

The developed methods and techniques will allow design organizations with minimal time to create new systems that are designed for specific tasks.

The available scientific and practical results are used in the solution of scientific and technical problem of optimizing the parameters of unmanned aircraft systems to improve the efficiency of its use, which will improve the tactical and technical and operational characteristics of specialized unmanned aircraft systems.