Add to ORKGWe consider a generalized adaptive and active adversary model for unconditionally secure Multi-Party Computation (MPC) in the zero error case.status: publishe
We show that verifiable secret sharing (VSS) and secure multi-party computation (MPC) among a set o...
In a data-driven society, individuals and companies encounter numerous situations where private info...
Abstract. A multiparty computation (MPC) protocol allows a set of players to compute a function of t...
Abstract. We consider a generalized adaptive and active adversary model for unconditionally secure M...
We consider a generalized adaptive and active adversary model for unconditionally secure Multi-Party...
We consider a generalized adaptive and active adversary model for unconditionally secure Multi-Party...
We consider a generalized adaptive and active adversary model for unconditionally secure Multi-Party...
We consider a generalized adaptive and active adversary model for unconditionally secure Multi-Party...
We consider a generalized adaptive and active adversary model for unconditionally secure Multi-Party...
We consider a generalized adaptive and active adversary model for unconditionally secure Multi-Party...
Abstract. We study the problem of secure two-party and multiparty computation (MPC) in a setting whe...
Abstract. We study the problem of secure two-party and multiparty computation (MPC) in a setting whe...
A fundamental problem in designing secure multi-party protocols is how to deal with adaptive ad-vers...
Classical results in unconditionally secure multi-party computation (MPC) protocols with a passive a...
Secure Multi-party Computation (SMC) problems deal with the following situation: Two (or many) parti...
We show that verifiable secret sharing (VSS) and secure multi-party computation (MPC) among a set o...
In a data-driven society, individuals and companies encounter numerous situations where private info...
Abstract. A multiparty computation (MPC) protocol allows a set of players to compute a function of t...
Abstract. We consider a generalized adaptive and active adversary model for unconditionally secure M...
We consider a generalized adaptive and active adversary model for unconditionally secure Multi-Party...
We consider a generalized adaptive and active adversary model for unconditionally secure Multi-Party...
We consider a generalized adaptive and active adversary model for unconditionally secure Multi-Party...
We consider a generalized adaptive and active adversary model for unconditionally secure Multi-Party...
We consider a generalized adaptive and active adversary model for unconditionally secure Multi-Party...
We consider a generalized adaptive and active adversary model for unconditionally secure Multi-Party...
Abstract. We study the problem of secure two-party and multiparty computation (MPC) in a setting whe...
Abstract. We study the problem of secure two-party and multiparty computation (MPC) in a setting whe...
A fundamental problem in designing secure multi-party protocols is how to deal with adaptive ad-vers...
Classical results in unconditionally secure multi-party computation (MPC) protocols with a passive a...
Secure Multi-party Computation (SMC) problems deal with the following situation: Two (or many) parti...
We show that verifiable secret sharing (VSS) and secure multi-party computation (MPC) among a set o...
In a data-driven society, individuals and companies encounter numerous situations where private info...
Abstract. A multiparty computation (MPC) protocol allows a set of players to compute a function of t...