Multistatic Multiband Passive Radar - Architecture and Sensor Cluster Results
Volker Winkler, Dietrich Fronken, Christian Erhart, Oliver Zeeb, Steffen Lutz
Abstract
Volker Winkler, Dietrich Fronken, Christian Erhart, Oliver Zeeb, Steffen Lutz
Abstract
Passive radar technology is a demanding technology for air surveillance and homeland defence. This paper discusses briefly the fundamentals of multistatic passive radar and explains the system architecture of a state-of-the-art multistatic multiband passive radar developed by Hensoldt Sensors. The system architecture and relevant system components like the antenna, the receiver and the multi-hypothesis tracking system are introduced. Thereafter single-sensor results and results of a measurement campaign with a sensor cluster, comprising four passive radar sensors, are presented. The shown results are proving the feasibility of passive radar as a powerful sensor network for future air surveillance systems.
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Passive radar technology is a demanding technology for air surveillance and homeland defence. This paper discusses briefly the fundamentals of multistatic passive radar and explains the system architecture of a state-of-the-art multistatic multiband passive radar developed by Hensoldt Sensors. The system architecture and relevant system components like the antenna, the receiver and the multi-hypothesis tracking system are introduced. Thereafter single-sensor results and results of a measurement campaign with a sensor cluster, comprising four passive radar sensors, are presented. The shown results are proving the feasibility of passive radar as a powerful sensor network for future air surveillance systems.
Key concepts: Computer science, Multistatic radar, Architecture, Cluster (spacecraft), Radar, Passive radar, Remote sensing, Bistatic radar