A performance model for the radar search function is derived, which can be used for resources management in a multifunction radar that uses an electronically steered array antenna. The proposed resource allocation model incorporates scenario information, such as the platform altitude and velocity, as well as the areas where targets are expected to pop-up. The model is demonstrated by simulation in airborne and ground based radar scenarios, where a significant improvement in performance is shown in comparison to a non-optimised, uniform resource allocation. This improvement equates to an enlargement of the surveillance region
This paper presents a performance model based on covariance analysis for target tracking with a rada...
In the field of airborne radar resource management, one of the most accessible solutions to enhance ...
The efficient allocation of the finite radar resources available in a network of multifunction radar...
A new algorithm is proposed for phased array radar search function resource allocation. The proposed...
Radars equipped with an Electronically Scanned Antenna (ESA) have the potential of directing the ele...
Assume an electronically steered antenna (ESA) radar. In between the search mode operations (where t...
Multifunction phased array radar, with rational management of time resource and energy resource, can...
In recent years phased array antenna technology has been maturing rapidly and this form of transduct...
Recent studies have focused on the problem of resource allocation in systems in which multiple appli...
In this paper, a search strategy for the detection of multifunctional radar emitters is proposed. Th...
International audienceCognitive radars are systems capable of optimizing emission and processing by ...
Recent advances in Multi-Function Radar (MFR) systems led to an increase in their degrees of freedom...
The long-term goal of this research is to contribute to the design of a concep-tual architecture and...
Abstract: The effective allocation of radar resources is essential if MFR is to realize its full pot...
In this paper, we report on recent progress results on optimal real-time resource allocation in phas...
This paper presents a performance model based on covariance analysis for target tracking with a rada...
In the field of airborne radar resource management, one of the most accessible solutions to enhance ...
The efficient allocation of the finite radar resources available in a network of multifunction radar...
A new algorithm is proposed for phased array radar search function resource allocation. The proposed...
Radars equipped with an Electronically Scanned Antenna (ESA) have the potential of directing the ele...
Assume an electronically steered antenna (ESA) radar. In between the search mode operations (where t...
Multifunction phased array radar, with rational management of time resource and energy resource, can...
In recent years phased array antenna technology has been maturing rapidly and this form of transduct...
Recent studies have focused on the problem of resource allocation in systems in which multiple appli...
In this paper, a search strategy for the detection of multifunctional radar emitters is proposed. Th...
International audienceCognitive radars are systems capable of optimizing emission and processing by ...
Recent advances in Multi-Function Radar (MFR) systems led to an increase in their degrees of freedom...
The long-term goal of this research is to contribute to the design of a concep-tual architecture and...
Abstract: The effective allocation of radar resources is essential if MFR is to realize its full pot...
In this paper, we report on recent progress results on optimal real-time resource allocation in phas...
This paper presents a performance model based on covariance analysis for target tracking with a rada...
In the field of airborne radar resource management, one of the most accessible solutions to enhance ...
The efficient allocation of the finite radar resources available in a network of multifunction radar...