Intelligent integrated command and control model with sensor data analysis approach

Today, the use of relational databases in order to design and implement application systems with a high volume of information and integrated information management of organizations is very necessary. Air command and control systems with information from other routes, the possibility of (1) determining the total number of targets seen in a certain time interval by a specific radar, (2) the possibility of managing the radar coverage area in order to expand or not expand radar sites in the region. (3) The possibility of managing the radar coverage area in order to expand or not expand the radar sites in the region, (4) It makes it possible for the commanders and employees of the information technology department to manage the archival information of the last state of event registration. In this research, by using the main concepts of the analytical database, a suitable architectural model was presented for the analysis of centralized air command and control systems (SOC, TADS, RIPS) and the presented model was created by creating several queries on the route information. We analyze a flight in command and control systems using the Oracle database and compare the analysis speed of the query speed in the model once with the analytical database mechanism and once with the general purpose mechanism or the OLTP mechanism and announce the result. .