Provision of survivability of reconfigurable mobile system on exposure to high-power electromagnetic radiation

This paper presents a reconfigurable mobile systems (RMS) consisting of the objects that are combined in single info communication network and purposed to the complete solution of problems of a registration, reception, transmission, processing and temporary storage of information. A topology of network is adaptive and is chose as required by application. As the objects of the PMS one consider the vehicles (drones) between of which there are the channels of communication organized on basis of the IEEE 802.11 standard. It has been shown that successful solutions of the tasks by the RMS objects depends of the features of organization of the network including its topology and architecture as well as from influence of outside factors both natural (for example, atmospheric precipitations, lightning, and etc.) and artificial (for example, exposure of ionization or high-power microwave radiation). It has been found that impacting the high-power microwave pulses has a destructive effect to the semiconductor components of the drones. The scientific and technology issues of raising the survivability of the drones in conditions of acting the high-power microwave radiation have been considered. The conclusions as to search of the ways for raising the survivability not only the components of the drones but the PMS system in total are done. It has been shown that the PMS may be used in the different spheres of activity both for the civil (for example, collection of information for assessing and determining the consequences of emergencies, as well as in its simplified version as the concept of "smart home") and for the military applications (reconnaissance, perimeter monitoring of the overflight area and aerial photography, communication and operation as part of artillery systems, as well as the use of electronic suppression of various control systems, etc.).