SS-BSARspace-surface bistatic synthetic aperture radar
Copyright 1988-2018, All rights reserved.
References in periodicals archive ?
A novel synchronization algorithm has been developed to solve the large data size problem embedded in stationary receiver SS-BSAR. The use of this algorithm narrows the processing time (data size: 8 Gbyte) to 12 hours rather than 1 week by old synchronization algorithm reported in [9].
In this way, we verified our new synchronization algorithm, particular for accommodating stationary receiver SS-BSAR. The efficiency increases by more than 3 times.
The final SS-BSAR experimental image is shown in Figure 8, superimposed with satellite photograph of the same area.
The spatial resolution of SS-BSAR image could be evaluated by checking the response of point-like scatter Vale village in Figure 11(b).
This paper reports the experimental imagery results using SS-BSAR with GLONASS and a stationary receiver.