Towards a resolution, we provide a complete characterization of the security threshold for functions with three different outputs. Surprisingly, the zero-one ...

Abstract. There are protocols to privately evaluate any function in the passive (honest-but-curious) setting assuming that the honest nodes are in majority.

Towards a resolution, we provide a complete characterization of the security threshold for functions with three different outputs. Surprisingly, the zero-one ...

Apr 1, 2011 · Towards a resolution, we provide a complete characterization of the security threshold for functions with three different outputs. Surprisingly, ...

Mar 29, 2011 · A Zero-One Law for MPC with Ternary Outputs. Page 2. Background. Our result. Conclusions. Our result. Model. Limits of secure computation. Our ...

Mar 22, 2011 · Towards a resolution, we provide a complete characterization of the security threshold for functions with three different outputs. Surprisingly, ...

[Resource Topic] 2011/002: A Zero-One Law for Secure Multi-Party Computation with Ternary Outputs (full version) · Foundations · 2011-002. 0, 62, July 30, 2022 ...

An interesting “zero-one” law for private distributed computation ... A Zero-One Law for Secure Multi-Party Computation with Ternary Outputs (full version).

Bibliographic details on A Zero-One Law for Secure Multi-party Computation with Ternary Outputs.

11–19] an interesting “zero-one” law for private distributed computation of Boolean functions is derived: every Boolean function defined over a finite domain is ...