Onieva, José A.

Secure Multi-Party Non-Repudiation Protocols and Applications [recurso electrónico] / by José A. Onieva, Javier Lopez, Jianying Zhou. - XVIII, 190p. 20 illus. online resource. - Advances in Information Security, 43 1568-2633 ; . - Advances in Information Security, 43 .

and Fundamentals -- Fundamentals of Non-repudiation -- Multi-Party Non-repudiation -- Multi-Party Non-repudiation: Analysis -- New Design Approaches for MPNR -- Applications -- Multi-Party Non-repudiation Applications -- Scenarios Supported by MPNR Services -- Conclusions -- Conclusions.

Research oriented non-repudiation protocols have been active since the beginning of this millennium. It is time to take a step forward and realize that in many applications there are more than two entities. Secure Multi-Party Non-Repudiation Protocols and Applications supports this statement. This volume provides state of the art in non-repudiation protocols and gives insight of its applicability to e-commerce applications.This professional book organizes the existing scant literature regarding non-repudiation protocols with multiple entities participation. It provides the reader with sufficient grounds to understand the non-repudiation property and its applicability to real applications. Secure Multi-Party Non-Repudiation Protocols and Applications is essential for professional audiences with in-depth knowledge of information security and a basic knowledge of applied cryptography.This book is also suitable as an advanced-level text or reference book for students in computer science.

9780387756301 99780387756301

10.1007/978-0-387-75630-1 doi


COMPUTER SCIENCE.
COMPUTER NETWORK ARCHITECTURES.
COMPUTER COMMUNICATION NETWORKS.
DATA PROTECTION.
DATA STRUCTURES (COMPUTER SCIENCE).
DATA ENCRYPTION (COMPUTER SCIENCE).
INFORMATION SYSTEMS.
COMPUTER SCIENCE.
SYSTEMS AND DATA SECURITY.
COMPUTER COMMUNICATION NETWORKS.
DATA ENCRYPTION.
INFORMATION SYSTEMS APPLICATIONS (INCL.INTERNET).
COMPUTER SYSTEMS ORGANIZATION AND COMMUNICATION NETWORKS.
DATA STRUCTURES, CRYPTOLOGY AND INFORMATION THEORY.