International audienceThis paper considers the Approximate Agreement problem in presence of mobile Byzantine agents. We prove lower bounds on the number of correct processes to solve such problem. To do that we prove that the existing solutions tolerant to Byzantine agents still holds in such case and under which conditions
Abstract. Consider an asynchronous system where each process begins with an arbitrary real value. Gi...
Byzantine process is a process that --intentionally or not-- behaves arbitrarily (Byzantine failures...
AbstractAmong all classes of faults, Byzantine faults form the most general modeling of value faults...
This paper considers the Approximate Agreement problem in presence of mobile Byzantine agents. We pr...
This paper investigates the problem of Byzantine Agreement in a synchronous system where malicious a...
AbstractFor improving the accuracy under P2P networks, it must be assured that all non-faulty peers ...
The problem of -approximate agreement in Byzantine asyn-chronous systems is well-understood when all...
In this paper we study the problem of achieving Byzantine agreement among a set of processors, where...
International audienceWe consider the problem of approximate consensus in mobile ad hoc networks in ...
Transaction commit and Byzantine agreement solve the problem of multiple processes reaching agreemen...
International audienceWe consider the problem of approximate consensus in mobile ad-hoc networks in ...
Fault-tolerance is fundamental to the further development of mobile agent applications. In the conte...
[[abstract]]Traditionally, the Byzantine Agreement (BA) problem is studied either in a fully connect...
International audienceIn this paper we prove lower and matching upper bounds for the number of serve...
AbstractWe describe several new algorithms for Byzantine agreement. The first of these is a simplifi...
Abstract. Consider an asynchronous system where each process begins with an arbitrary real value. Gi...
Byzantine process is a process that --intentionally or not-- behaves arbitrarily (Byzantine failures...
AbstractAmong all classes of faults, Byzantine faults form the most general modeling of value faults...
This paper considers the Approximate Agreement problem in presence of mobile Byzantine agents. We pr...
This paper investigates the problem of Byzantine Agreement in a synchronous system where malicious a...
AbstractFor improving the accuracy under P2P networks, it must be assured that all non-faulty peers ...
The problem of -approximate agreement in Byzantine asyn-chronous systems is well-understood when all...
In this paper we study the problem of achieving Byzantine agreement among a set of processors, where...
International audienceWe consider the problem of approximate consensus in mobile ad hoc networks in ...
Transaction commit and Byzantine agreement solve the problem of multiple processes reaching agreemen...
International audienceWe consider the problem of approximate consensus in mobile ad-hoc networks in ...
Fault-tolerance is fundamental to the further development of mobile agent applications. In the conte...
[[abstract]]Traditionally, the Byzantine Agreement (BA) problem is studied either in a fully connect...
International audienceIn this paper we prove lower and matching upper bounds for the number of serve...
AbstractWe describe several new algorithms for Byzantine agreement. The first of these is a simplifi...
Abstract. Consider an asynchronous system where each process begins with an arbitrary real value. Gi...
Byzantine process is a process that --intentionally or not-- behaves arbitrarily (Byzantine failures...
AbstractAmong all classes of faults, Byzantine faults form the most general modeling of value faults...