Modern communications satellites and world wide accessible GPS signals allow to synchronise the time easily over a long period with a time difference of less ...
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The paper will concentrate on the problem of time and frequency synchronisation between a bistatic transmitter and receiver pair. Possible solutions for ...
Using a bistatic setup for imaging radars enables a forward looking mode, which is not attainable for monostatic SAR systems. Bi- and multistatic radar allows ...
Frequency synchronization is realized by generating all needed frequencies by dividing, multiplying or phase-locking to the. GPS disciplined oscillators at the ...
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The requirement for synchronization of transmitter and receiver in bistatic radar is addressed. The calculation of target parameter uncertainties is ...
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Precise time frequency synchronization technology for ...
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Frequency and phase synchronization is one of the most important technologies in bistatic radar system. The T/R stations use independent OCXO as the fre- quency ...
The paper concentrates on the problem of time and frequency synchronisation between a bistatic transmitter and receiver pair and possible solutions for ...
The transmitter concurrently provides the encoded radar signal to the radar receiver along a direct path. The encoded radar signal is radiated at a start time ...
Phase synchronization is one of the key technical challenges and prerequisites for the bistatic synthetic aperture radar (SAR) system, which can form a single- ...
The most common approaches to synchronize bistatic radar are using high-precision oscillators, such as chip-scale atomic clocks (CSACs) and Global Positioning ...