[[abstract]]Traditionally, the Byzantine agreement (BA) problem is solved either in a fully connected network or in a broadcast network with processors in malicious failure only. A generalized network model for the BA is proposed. The conventional fully connected network or broadcast network is a special case of the new network architecture. Under the new generalized network, the BA problem is reexamined with the assumption of malicious faults on both processors and transmission media (TMs); the proposed algorithm uses the minimal number of message exchanges and can tolerate the maximal number of allowable faulty components to make each healthy processor reach a common agreement for the cases of processor failures, TM failures, or processor...
AbstractReliability deserves utmost position in processing the transaction effectively in distribute...
In this paper we study the problem of achieving Byzantine agreement among a set of processors, where...
[[abstract]]Summary form only given. The authors consider a distributed system in which all processo...
[[abstract]]Traditionally, the Byzantine agreement (BA) problem is solved either in a fully connecte...
[[abstract]]Traditionally, the Byzantine agreement (BA) problem has been studied either in a fully c...
[[abstract]]Traditionally, the Byzantine Agreement (BA) problem is studied either in a fully connect...
[[abstract]]In early stage, the Byzantine agreement (BA) problem was studied with single faults on p...
[[abstract]]Traditionally, the problems of Byzantine agreement, consensus, and interactive consisten...
[[abstract]]©2001 CIEE-In practice, the processors in a network may be subjected to different types ...
Under many circumstances, reaching a common agreement in the presence of faulty components is the ce...
[[abstract]]With the rapid advancement of wireless networking technology, networks have evolved from...
This study investigates the problem of unity in a mobile ad‐hoc network (MANET) when the members are...
[[abstract]]The strong consensus (SC) problem is a variant of the conventional distributed consensus...
Abstract-Meyer and Pradhan proposed the MS (for “mixed-sum”) algorithm to solve the Byzantine Agreem...
[[abstract]]F.J. Meyer and D.K. Pradhan (1991) proposed the MS (for “mixed-sum”) algorithm to solve ...
AbstractReliability deserves utmost position in processing the transaction effectively in distribute...
In this paper we study the problem of achieving Byzantine agreement among a set of processors, where...
[[abstract]]Summary form only given. The authors consider a distributed system in which all processo...
[[abstract]]Traditionally, the Byzantine agreement (BA) problem is solved either in a fully connecte...
[[abstract]]Traditionally, the Byzantine agreement (BA) problem has been studied either in a fully c...
[[abstract]]Traditionally, the Byzantine Agreement (BA) problem is studied either in a fully connect...
[[abstract]]In early stage, the Byzantine agreement (BA) problem was studied with single faults on p...
[[abstract]]Traditionally, the problems of Byzantine agreement, consensus, and interactive consisten...
[[abstract]]©2001 CIEE-In practice, the processors in a network may be subjected to different types ...
Under many circumstances, reaching a common agreement in the presence of faulty components is the ce...
[[abstract]]With the rapid advancement of wireless networking technology, networks have evolved from...
This study investigates the problem of unity in a mobile ad‐hoc network (MANET) when the members are...
[[abstract]]The strong consensus (SC) problem is a variant of the conventional distributed consensus...
Abstract-Meyer and Pradhan proposed the MS (for “mixed-sum”) algorithm to solve the Byzantine Agreem...
[[abstract]]F.J. Meyer and D.K. Pradhan (1991) proposed the MS (for “mixed-sum”) algorithm to solve ...
AbstractReliability deserves utmost position in processing the transaction effectively in distribute...
In this paper we study the problem of achieving Byzantine agreement among a set of processors, where...
[[abstract]]Summary form only given. The authors consider a distributed system in which all processo...