Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Standard SAR processing algorithms use analytically derived transfer functions in the 2-D frequency and the range- Doppler domains. These rely on the assumption of hyperbolic range histories of monostatic SARs on straight flight paths. A moderate deviation from these conditions can often be handled satisfactorily by a range-variant velocity parameter. Hover, bistatic SARs with considerable separation beten transmitter and receiver can no longer be approximated accurately enough by hyperbolic range histories. In [1]  have presented an alternative approach, NuSAR.  suggested using numerically computed transfer functions for bistatic SAR processing.  presented the idea and gave hints on how to compute the three transfer functions required for SAR processing.   present bistatic simulation results with the NuSAR algorithm. It is shown, that NuSAR works ll even in extreme bistatic configurations, as long as  restricted ourselves to quasi-stationarity, i.e. where the velocity vectors of receiver and transmitter are similar enough that  may assume the point response function to be sufficiently azimuth-invariant within a single azimuth processing block.
['Richard Bamler', 'Franz Meyer', 'Werner Liebhart']
I am writing a research paper on a idea No Math: Bistatic SAR Processing Using Numerically Computed Transfer Functions
[{"from": "human", "value": "I am writing a research paper on a idea No Math: Bistatic SAR Processing Using Numerically Computed Transfer Functions"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Standard SAR processing algorithms use analytically derived transfer functions in the 2-D frequency and the range- Doppler domains. These rely on the assumption of hyperbolic range histories of monostatic SARs on straight flight paths. A moderate deviation from these conditions can often be handled satisfactorily by a range-variant velocity parameter. Hover, bistatic SARs with considerable separation beten transmitter and receiver can no longer be approximated accurately enough by hyperbolic range histories. In [1]  have presented an alternative approach, NuSAR.  suggested using numerically computed transfer functions for bistatic SAR processing.  presented the idea and gave hints on how to compute the three transfer functions required for SAR processing.   present bistatic simulation results with the NuSAR algorithm. It is shown, that NuSAR works ll even in extreme bistatic configurations, as long as  restricted ourselves to quasi-stationarity, i.e. where the velocity vectors of receiver and transmitter are similar enough that  may assume the point response function to be sufficiently azimuth-invariant within a single azimuth processing block."}]