AbstractMany simple calculations can be done easier without computers than by using them. We show that the same holds for secure multiparty computations if the function to be computed is simple enough. Our starting point is an observation of Bert den Boer: a multiparty computation of a logical AND-gate can be performed by five simple playing cards. We show that by using a reasonable amount of cards many useful functions can be computed in such a way that each input stays private
Abstract. The general secure multi-party computation problem is when multiple parties (say, Alice an...
We revisit the problem of universally composable (UC) secure multiparty computation in the stateless...
We consider the problem of secure and private multiparty computation (MPC), in which the goal is to ...
We study the following two related questions: - What are the minimal computational resources require...
The most general type of multi-party computation involves $n$ participants. Participant $i$ supplies...
. A function f is computationally securely computable if two computationally-bounded parties Alice, ...
We consider a minimal scenario for secure computation: Parties A and B have private inputs x and y a...
AbstractA deck of cards can be used as a cryptographic tool (Advances in cryptology : CRYPTO’93, Lec...
Multiparty computation considers the design of protocols such that a set of n users U] ... lim each ...
Secure multiparty computation (SMC) allows a set of parties to jointly compute a function on private...
The need for Cryptography arises out of the following fundamental question: can we perform useful co...
Abstract—We study a problem of secure computation by multiple parties of a given function of their c...
We show how two or more deterministic players can privately compute a function of their inputs using...
A multiparty computation is where three or more parties compute a commonly agreed function with secr...
Research on secure multiparty computation has mainly concentrated on the case where the parties can ...
Abstract. The general secure multi-party computation problem is when multiple parties (say, Alice an...
We revisit the problem of universally composable (UC) secure multiparty computation in the stateless...
We consider the problem of secure and private multiparty computation (MPC), in which the goal is to ...
We study the following two related questions: - What are the minimal computational resources require...
The most general type of multi-party computation involves $n$ participants. Participant $i$ supplies...
. A function f is computationally securely computable if two computationally-bounded parties Alice, ...
We consider a minimal scenario for secure computation: Parties A and B have private inputs x and y a...
AbstractA deck of cards can be used as a cryptographic tool (Advances in cryptology : CRYPTO’93, Lec...
Multiparty computation considers the design of protocols such that a set of n users U] ... lim each ...
Secure multiparty computation (SMC) allows a set of parties to jointly compute a function on private...
The need for Cryptography arises out of the following fundamental question: can we perform useful co...
Abstract—We study a problem of secure computation by multiple parties of a given function of their c...
We show how two or more deterministic players can privately compute a function of their inputs using...
A multiparty computation is where three or more parties compute a commonly agreed function with secr...
Research on secure multiparty computation has mainly concentrated on the case where the parties can ...
Abstract. The general secure multi-party computation problem is when multiple parties (say, Alice an...
We revisit the problem of universally composable (UC) secure multiparty computation in the stateless...
We consider the problem of secure and private multiparty computation (MPC), in which the goal is to ...