Hi Adam, Matthew!
Thanks for the reply.
So, basically, the main obstacle to practical implementation would be
constructing efficient ZKPs with the Lipmaa accumulator, while from a
theoretic standpoint there is also the issue that the scheme being
used is somewhat exotic and needs more academic
This below post didnt elicit any response, but the poster references an
interesting though novel (and therefore possibly risky) alternative
accumulator without the need for a centrally trusted RSA key generator
(which is an anathema to a distributed trust system), or alternatively
zero-trust but
[More address typos, its contagious!, so resending]
This below post didnt elicit any response, but the poster references an
interesting though novel (and therefore possibly risky) alternative
accumulator without the need for a centrally trusted RSA key generator
(which is an anathema to a
Hi Adam, Jane,
I'm not as familiar with Lipmaa's construction as I am with the RSA-based and
bilinear accumulators. However, I note that Lipmaa's proposals rely on strong
(or at least, new) hardness assumptions in class groups of imaginary quadratic
order. Lipmaa points out the need for
Good afternoon mailing list subscribers!
Good afternoon Mr. Green!
First, I'd like to ask pardon if my question is not particularly
bright - I am not a professional cryptographer, so I might be missing
something very obvious.
I have recently read the Zerocoin paper which describes a very
