AbstractThe anti-jam technique of GPS is researched in the paper, a cascade anti-jam method is proposed, and it eliminates narrowband interference (NBI) in transform domain, and suppress the residual interferences with array processing method which utilizing Matrix decomposition.A spectrum slicing method is proposed as the frequency excision algorithm for NBI rejection in transform domain. After NBI elimination, the decomposition of matrix based on improved Jacobi algorithm which reduce computation is discussed. Simulation indicates that when wideband interference exists, narrowband interference can be detected and eliminated using the proposed method. Through simulation, it is tested that in multiple jam environment, the method has a bette...
GPS systems operated on aircraft can easily be subjected to jamming by ground-based sources. To make...
Global position systems (GPS) receiver based on least mean square (LMS) could resist the interferenc...
In this paper, we propose a nonstationary jammer suppres-sion technique for GPS receivers. This tech...
In order to find a method to eliminate the GPS receiver's interference, the paper studied the p...
Abstract: In the practical environment, it is difficult for the user receiver to get DOA information...
AbstractA space-time adaptive processing (STAP) algorithm which can reject interference in spatial d...
This paper addresses the problem of mitigating intentional jam-ming in navigation receivers using sm...
This paper presents result of new approach for anti-jamming using a method based on cognitive radio....
Global navigation satellite system (GNSS) array antenna receivers are effective for suppressing wide...
Abstract—Anti-jamming techniques are critical to maintain the integrity and functionality of GPS sys...
The Global Navigation Satellite System (GNSS) receiver is vulnerable to active jamming, which result...
In this paper, a new model for suppressing jammers to GPS receivers is proposed. In the model, circu...
The Global Positioning System (GPS), with its accurate positioning and timing information, has becom...
GPS systems are proliferating, particularly in aviation where the FAA has decided it can be used for...
This paper proposes a new method for rejecting the Continuous Wave Interferences (CWI) in the Global...
GPS systems operated on aircraft can easily be subjected to jamming by ground-based sources. To make...
Global position systems (GPS) receiver based on least mean square (LMS) could resist the interferenc...
In this paper, we propose a nonstationary jammer suppres-sion technique for GPS receivers. This tech...
In order to find a method to eliminate the GPS receiver's interference, the paper studied the p...
Abstract: In the practical environment, it is difficult for the user receiver to get DOA information...
AbstractA space-time adaptive processing (STAP) algorithm which can reject interference in spatial d...
This paper addresses the problem of mitigating intentional jam-ming in navigation receivers using sm...
This paper presents result of new approach for anti-jamming using a method based on cognitive radio....
Global navigation satellite system (GNSS) array antenna receivers are effective for suppressing wide...
Abstract—Anti-jamming techniques are critical to maintain the integrity and functionality of GPS sys...
The Global Navigation Satellite System (GNSS) receiver is vulnerable to active jamming, which result...
In this paper, a new model for suppressing jammers to GPS receivers is proposed. In the model, circu...
The Global Positioning System (GPS), with its accurate positioning and timing information, has becom...
GPS systems are proliferating, particularly in aviation where the FAA has decided it can be used for...
This paper proposes a new method for rejecting the Continuous Wave Interferences (CWI) in the Global...
GPS systems operated on aircraft can easily be subjected to jamming by ground-based sources. To make...
Global position systems (GPS) receiver based on least mean square (LMS) could resist the interferenc...
In this paper, we propose a nonstationary jammer suppres-sion technique for GPS receivers. This tech...