ESTIMATING INTERFERENCE IMMUNITY OF GLOBAL NAVIGATION SATELLITE SYSTEM ON-BOARD SIGNAL RECEIVERS BASED ON AIRBORNE PLATFORMS
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- Keywords:
- Array, Array, Array, Array, Array, Array, Array, Array, Array, Array
- Abstract
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The problem of providing interference immunity of global navigation satellite system signal receivers that provide exploiting land platforms is formulated. It is shown that this problem is stipulated by the presence of wide spectrum of electronic warfare means and systems that can upset navigation within tactical operation zone. We estimate necessary level electronic counter-countermeasures of global navigation satellite system signal receivers providing land platform exploitation operating under conditions when the enemy creates electronic counter measures by means of land and air electronic warfare platforms. Taking into account necessary calculated level of jam and interference immunity that is characterized by jam suppression coefficient that can be within the interval 30…90 dB, we conclude that formulated problem can be solved by employing global navigation satellite system signals spatial filtering algorithms based on using antenna arrays. We consider adaptive spatial filtering algorithm, built on the basis of maximum likelihood method, processing the signals of global navigation satellite system under severe jamming conditions. On the basis of this algorithm we create mathematical model of anti-jamming global navigation satellite system signals receiver functioning under jamming conditions. By created mathematical model with help of computer simulating signal receiving and processing in 4-element circular antenna array we estimate the efficiency of anti-jamming global navigation satellite system signals receiver functioning under jamming conditions. We make a conclusion that desired jam suppression coefficient can be achieved by employing 4-element circular antenna array based upon maximum likelihood method.
- Author Biographies
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Copyright (c) 2024 Сергій Зібін,Андрій Попов,Володимир Твердохлібов,Любов Білобородова
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