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This issue is just to leave a note. It is mainly an engineering addition.
Currently, we generate the offline materials in big batches of N. This is because efficient LPN map K -> N is often "big".
Therefore, even if two parties are proving very small statements, the one-shot time is not small.
There are many solutions to this:
When computing the LPN map K -> N, we instead just compute K -> N' where N' < N. The limitation is that it does not fully use K, and K could be smaller if one computes the parameters more carefully.
Use the original OT extension.
Both might be worthwhile of looking.
The text was updated successfully, but these errors were encountered:
Using IKNP would be bad because the communication would be high (as high as ZKGC). It is possible to reconfigure the parameter to target smaller parameters but I don't think the improvement would be that high. Are you looking at a setting where parties just come, compute and leave? (which means the one-time setup also needs to be included in the overall cost?)
Yes, I was thinking about a one-time setup. (Note: indeed in my application the circuit would be already large, so K -> N' where N' < N may be the best solution).
This issue is just to leave a note. It is mainly an engineering addition.
Currently, we generate the offline materials in big batches of N. This is because efficient LPN map K -> N is often "big".
Therefore, even if two parties are proving very small statements, the one-shot time is not small.
There are many solutions to this:
When computing the LPN map K -> N, we instead just compute K -> N' where N' < N. The limitation is that it does not fully use K, and K could be smaller if one computes the parameters more carefully.
Use the original OT extension.
Both might be worthwhile of looking.
The text was updated successfully, but these errors were encountered: