1)i am using sentinel 1 data
S1A_IW_GRDH_1SDV_20160728T051116_20160728T051141_012344_013391_644F.SAFE
S1A_IW_GRDH_1SDV_20170124T051116_20170124T051141_014969_0186FD_2F07.SAFE
S1B_IW_GRDH_1SDV_20161107T051036_20161107T051101_002848_004D2E_A040.SAFE
2)i have created subset of target location and performed coregistration
SAR interferometry requires the complex information of the backscattered radar signal.
GRDH products no longer contain this complex information. You will have to download the SLC products.
Please have a look at the interferometry tutorial first:
About the naming conventions of SAR products, please see also here:
hello
i am trying to perform the tutorial you have mentioned above but when i am trying to deburst i am getting operation error “the specified region if not null must intersect with the image’s bound .” i made a subset before the deburst step as i am getting java heap error other wise . can you plz tell me what i am doing wrong or how to correct it .
data used
S1A_IW_SLC__1SDV_20160914T051117_20160914T051144_013044_014AB8_FB0F.SAFE
I don’t think that subsetting a S-1 IW SLC is even possible - my understanding is that it should give you an error instead(?). You can work with one subswath only by applying TOPS Split first, this will save you memory.
Cannot I use both multilooked corregistration images and interfergrams to export to stamps? when I did it, I also got the must put in SLC products error. I tried to use mt_prep_snap too. Seems there’s no multi look option which means I would spend much time doing error estimation in stamps. Could you please tell me which step I can do multilook?
the link you provided does not work anymore. Would it be able to replace it?
I received the same error upon performing the Interferogram Formation, however I am working with SLC products. I have 14 images processed into a coregistrated stack (Radar → Coregistration → Coregistration). What would be the error in my case?
The products have been preprocessed before formation of the stack as follows:
This would be an intermediate step for the creation of a coherence time-series.
That’s a valid processing-chain for intensity images, not fo InSAR. Please study the relevant tutorials that deal with S-1 InSAR co-registration and interferogram/coherence imagery generation.