Approximate Agreement is an important issue in faulttolerant distributed computing where non-faulty processes exchange and vote upon their local values, to arrive at values which are within the range of the initial values of the nonfaulty processes and within a predefined tolerance of each other. Results to date in Approximate Agreement, however, are not capable of exploiting omission faults. Omission faults are presumed not to occur or a predefined default value is substituted for those values not received, or they are globally discarded before the voting algorithm executes. As a result, hybrid fault models can not differentiate between omissive and transmissive faults
International audienceConsensus is the paradigmatic problem in fault-tolerant distributed computing:...
The possibility of partial failure occuring at any stage of computation complicates rigorous formal ...
Abstract Transmission faults allow us to reason about permanent and transient value faults in a unif...
Approximate Agreement is an important issue in fault-tolerant distributed computing where non-faulty...
SUMMARY: In fault-tolerant multiprocessor systems, different non-faulty processes may arrive at diff...
In a fault-tolerant distributed system, it is often necessary for nonfaulty processes to agree on th...
A distributed system is a collection of autonomous processors which communicate with each other via ...
Abstract – In a distributed system, it is often necessary for nodes to agree on a particular event o...
Network Convergence in the presence of various fault modes has been studied for completely connected...
An Inexact Agreement protocol alows processors that each have a value approximating $\hat{\nu}$ to ...
AbstractDwork et al. [SIAM J. Comput.17 (1988), 975-988] proposed a new paradigm for fault tolerant ...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer...
International audienceWe investigate the approximate consensus problem in highly dynamic networks in...
A three-round algorithm is presented that guarantees agreement in a system of K greater than or equa...
Transmission faults allow us to reason about permanent and transient value faults in a uniform way. ...
International audienceConsensus is the paradigmatic problem in fault-tolerant distributed computing:...
The possibility of partial failure occuring at any stage of computation complicates rigorous formal ...
Abstract Transmission faults allow us to reason about permanent and transient value faults in a unif...
Approximate Agreement is an important issue in fault-tolerant distributed computing where non-faulty...
SUMMARY: In fault-tolerant multiprocessor systems, different non-faulty processes may arrive at diff...
In a fault-tolerant distributed system, it is often necessary for nonfaulty processes to agree on th...
A distributed system is a collection of autonomous processors which communicate with each other via ...
Abstract – In a distributed system, it is often necessary for nodes to agree on a particular event o...
Network Convergence in the presence of various fault modes has been studied for completely connected...
An Inexact Agreement protocol alows processors that each have a value approximating $\hat{\nu}$ to ...
AbstractDwork et al. [SIAM J. Comput.17 (1988), 975-988] proposed a new paradigm for fault tolerant ...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Electrical Engineering and Computer...
International audienceWe investigate the approximate consensus problem in highly dynamic networks in...
A three-round algorithm is presented that guarantees agreement in a system of K greater than or equa...
Transmission faults allow us to reason about permanent and transient value faults in a uniform way. ...
International audienceConsensus is the paradigmatic problem in fault-tolerant distributed computing:...
The possibility of partial failure occuring at any stage of computation complicates rigorous formal ...
Abstract Transmission faults allow us to reason about permanent and transient value faults in a unif...