Final Year Project(2014) in DotNet::"CONSERVING SECLUSION"

"In this application, we proposed a two layer of hiding data based approach to
solve problem by delegating as much of the access control enforcement responsibilities
as possible to the Server while minimizing the information exposure
risks due to colluding Users and Server.A key problem in this regard is how to decompose ACPs so that the Router has
to handle a minimum number of attribute conditions while hiding the content
from the Server.New approach to conserving seclusion finegrained delegated
access control to data in public Servers. Our approach is based on a Seclusion
conserving attribute based key management scheme that protects the privacy of
users while enforcing attribute based ACPs. As the experimental results show,
decomposing the ACPs and utilizing the two layer of hiding data reduce the
overhead at the Owner.We also plan to further reduce the computational cost by
exploiting partial relationships among ACPs."

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