Model Determination Algorithm for the Radiomonitoring Information Signatures Database

Abstract

The article describes the algorithm for defining a signature database model for processing information of radio monitoring objects. The model of the signature database based on this algorithm for processing of information of radio monitoring objects allows to receive in real time a systematic display of the radio monitoring objects according to their monitoring features - signatures.It is noted that the most effective method of processing information of radio monitoring objects is the signature-system method, the essence of which is to predict the monitoring situation for a certain period of time and to synthesize the information representation of the objects of radio monitoring in order to compare the main indicators of these objects with the accepted criteria. their similarities.It is stated that the main requirements for the model of the signature database for the processing of information of radio monitoring objects, which in real time will allow to obtain a systematic display of monitoring objects of radio monitoring objects through their monitoring features - signatures, are the completeness, reliability and accuracy of the monitoring information that have a certain hierarchical structure.Also it is stated that the main methods for determining the model of the signature database for the processing of information of radio monitoring objects are the methods of expert evaluation and analysis of hierarchies, which will be treated as a ranking of alternatives for the recognition of radio monitoring objects.The following algorithm is proposed for determining the signature database model for processing information of radio monitoring objects: the first is a hierarchical structuring of the task of defining the signature database model for processing information of radio monitoring objects; the second is to build a hierarchy for determining the local priority of each element of the hierarchy, taking into account the priorities of the previous level; third, determining the local priorities of existing alternative models of the signature database.