Results 21 to 30 of about 1,186 (212)
Spatial Adaptive Processing for Passive Bistatic Radar
Abstract —This paper presents work done on the application of Spatial Adaptive Processing (SAP) to Passive Bistatic Radar (PBR) systems. Specifically, the main goal is to analyse SAP performances in terms of interference spatial filtering and the estimation of the target’s Direction of Arrival (DoA) when using PBR systems.
MOSCARDINI, CHRISTIAN +4 more
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Target detection approach for DRM-based passive bistatic radar [PDF]
This study discussed the problem of target detection for digital radio mondiale (DRM)-based passive bistatic radar (PBR). In the surveillance signal, the power of zero Doppler contribution (ZDC) is stronger than the echoes of weak targets.
Zhixin Zhao +4 more
doaj +2 more sources
A unified spatiotemporal-geometry framework for target classification and localisation in dual-static passive radar. [PDF]
Passive radar exploits ambient broadcast signals and requires no dedicated transmitter, making it attractive for covert surveillance and target monitoring.
Hongmin Wang, Zhiyong Lei, Xing Liu
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Advanced Processing Methods for Passive Bistatic Radar Systems
In this chapter, after introducing the main scheme for a passive bistatic radar signal processor, advanced processing techniques have been illustrated to perform optimized detection with such sensors. In particular, the most essential steps of 2D-CCF evaluation and interference cancellation have been described in detail, showing their optimization in ...
LOMBARDO, Pierfrancesco, COLONE, Fabiola
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Compressive detection of multiple targets in passive bistatic radar
The problem of compressive detection of multiple targets in a passive bistatic radar system consisting of one illuminator of opportunity and one receiver is considered.
Junhu Ma, Xi Rui
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Target detection performance analysis for airborne passive bistatic radar
For a ground-based/airborne passive bistatic radar, its performance is dependent on the geometrical configuration and the passive transmit signal attributes. Theoretical power budget and ambiguity function analysis using a ground-based non-cooperative transmitter of opportunity with a passive bistatic radar being airborne but stationary (airship, etc.)
Danny Kai Pin Tan +3 more
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RECOGNITION OF PROPELLER-DRIVEN AIRCRAFT IN A PASSIVE BISTATIC RADAR
Nowadays passive bistatic radars (PBR) allow for detection, determination of coordinates and tracking of moving objects. In order to enable PBR integration into air traffic control systems, it is necessary to solve the problem of recognizing airborne ...
E. N. Vorobev +2 more
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In a passive radar system, localizing a target in Cartesian space is achieved by using one of the following bistatic geometries: multiple non-cooperative transmitters with one receiver, one non-cooperative transmitter with multiple receivers, or one non ...
Anas Mahmoud Almanofi +2 more
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Passive bistatic radar based on staring radar illuminators of opportunity. [PDF]
Passive Bistatic Radar (PBR) systems use non-cooperative illuminators of opportunity to detect, localise and track targets. They have attracted considerable research interest in recent years because they can be operated and deployed at a relatively low cost, they are difficult to detect and hence allow covert operations in hostile environments, and ...
Ghazalli, Nasyitah
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Experimental Study of Maritime Moving Target Detection Using Hitchhiking Bistatic Radar
Hitchhiking bistatic radar system takes the direct wave signal that is transmitted by the non-cooperative radar emitter as the reference to detect and analyze the target echo signal, so as to realize the positioning and tracking of the target. This radar
Jie Song +3 more
doaj +1 more source

