Increasing of Determining Route Altitude Accuracy in Difficultly Accessible Regions Using Aerospace Technologies

A multifactorial methodology has been proposed that allows you to develop precisely constructed routes and solve specific problems, including taking into account weather conditions, terrain, etc. The experience gained during initial measurements showed that in difficult weather conditions it is very important to quickly, in real time, receive information about the situation on the ground. This will make it possible to make operational decisions on the use of equipment in work area. Advantage of the presented solution is also its autonomy. The obtained data were experimentally verified and compared. A methodology has been developed to achieve the goal set in the work, equipment has been selected for its implementation, and possibility of nodes interfacing used at software and hardware level has been shown. The technology proposed in this work for constructing and detailing routes can be used to more effectively represent the geographical features of a real area and, in particular, for the deployment of communication nodes taking into relief account, as well as in projects when creating various models.