Bakumenko B. Address methods of radar identification systems noise protected increase on the basis of coding by the interrogation and response signals of air objects сo-ordinates

Object of research is process of air objects radar identification. The purpose of research is development of methods of increase of noise protected of radar identification systems in the conditions of intentional correlated and uncorrelated hindrances action. The basic methods of research are: methods of probability theory and casual processes theory, methods of discovery radar signals theory, methods of theory signals parameters and air objects co-ordinates measurements. The scientific value of dissertation job performances consists of possibility of their application in a theory and practical worker of construction of the noise protected radar identification systems. Practical values will be that the developed address radar identification methods and recommendation on their practical realization can be used for modernization of existing and development of the new noise protected radar identification systems. Has received the further development the model of the radar identification system taking, into account influencing, of the uncorrelated hindrances in the response channel and possibility of coding by the interrogation and response signals of co-ordinate information. For the first time the radar identification method with the address interrogation and response on the basis of coding air objects spatial co-ordinates by the difficult quasi chaotic interrogation and response signals, that allows promoting noise protected of the radar identification systems is developed. Has received the further development the radar identification method with an address response on the basis of coding air objects spatial co-ordinates by the difficult quasi chaotic response signals, founded, unlike known, on coding by the difficult quasi chaotic response signals of air objects spatial co-ordinates, that allows promoting noise protected of the radar identification systems. Introduction is branch. The further use is recommended in researches works on modernization of existing and development of the perspective systems of the second radio-location.