In the last twenty years, secure group communication has received ever increasing interest. Many rekeying schemes have been proposed in the literature that are both scalable and able to fulfil backward and forward security in a dynamic group model. However, all these schemes assume a single-group model and thus are not efficient when applied to a class of ermerging applications that require a more general multi-group model, where groups may overlap both partially and totally. In this paper, we present MG-LKH, a new centralised rekeying scheme for a dynamic multi-group model that is scalable in terms of storage, computing, and, especially, communication with respect to the number of users and the number and size of groups. Furthermore, we ev...
Abstract--Many emerging network applications (e.g., telecon-ference, information services, distribut...
Many emerging network applications (e.g., teleconference, information services, distributed interact...
and lightweight key distribution for secure group communications By Fu-Yuan Lee* † and Shiuhpyng Shi...
Secure and reliable group communication is an active area of research. The main issue in secure grou...
Scalable group rekeying schemes proposed in the literature can be classified into two categories: st...
IP multicast is an efficient solution for group communication over the Internet, as both the sender ...
Group communication is a suitable and effective communication model for large-scale distributed syst...
textIn secure group communications, group users share a symmetric key, called group key. The group ...
Group communication is one of the approaches to impart the messages effectively. Yet, security is th...
A group key management has an important role in multicast security in order to achieve data integrit...
Scalable group rekeying schemes proposed in the literature can be classi ed into two categories, ba...
NoAbstract: Mobile multicast is recently becoming a hot research in the convergence of wireless and...
Abstract — Group key management (GKM) in mobile communication is important to enable access control ...
Abstract: Logical Key Hierarchy (LKH) is a basic method in secure multicast group rekeying. LKH main...
To accomplish secure group communication, it is essential to share a unique cryptographic key among ...
Abstract--Many emerging network applications (e.g., telecon-ference, information services, distribut...
Many emerging network applications (e.g., teleconference, information services, distributed interact...
and lightweight key distribution for secure group communications By Fu-Yuan Lee* † and Shiuhpyng Shi...
Secure and reliable group communication is an active area of research. The main issue in secure grou...
Scalable group rekeying schemes proposed in the literature can be classified into two categories: st...
IP multicast is an efficient solution for group communication over the Internet, as both the sender ...
Group communication is a suitable and effective communication model for large-scale distributed syst...
textIn secure group communications, group users share a symmetric key, called group key. The group ...
Group communication is one of the approaches to impart the messages effectively. Yet, security is th...
A group key management has an important role in multicast security in order to achieve data integrit...
Scalable group rekeying schemes proposed in the literature can be classi ed into two categories, ba...
NoAbstract: Mobile multicast is recently becoming a hot research in the convergence of wireless and...
Abstract — Group key management (GKM) in mobile communication is important to enable access control ...
Abstract: Logical Key Hierarchy (LKH) is a basic method in secure multicast group rekeying. LKH main...
To accomplish secure group communication, it is essential to share a unique cryptographic key among ...
Abstract--Many emerging network applications (e.g., telecon-ference, information services, distribut...
Many emerging network applications (e.g., teleconference, information services, distributed interact...
and lightweight key distribution for secure group communications By Fu-Yuan Lee* † and Shiuhpyng Shi...