A recent paper by Afek, Ellen, and Gafni introduced a family of deterministic objects O_{m,k}, for m,k >= 2, with consensus numbers m such that, for each k >= 2, O_{m,k} is computationally less powerful than O_{m,k+1} in systems with at least mk+m+k processes. This paper gives a wait-free implementation of O_{m,k} from (m + 1)-consensus objects and registers in systems with any finite number of processes. In order to do so, it introduces a new family of objects which helps us to understand the power of m-consensus among more than m processes
In a distributed system, processes must reach a certain level of synchronization to solve a common p...
All consensus hierarchies in the literature assume that we have, in addition to copies of a given ob...
In classical asynchronous distributed systems composed of a fixed number n of processes where some p...
The consensus hierarchy classifies shared an object according to its consensus number, which is the ...
Abstract. Objects like queue, swap, and test-and-set allow two processes to reach consensus, and are...
For all integers $m \geq 2$, we construct an infinite sequence of deterministic objects of consensus...
grantor: University of TorontoIn many asynchronous distributed systems, processes communic...
Abstract. We propose a new classification for evaluating the strength of shared objects. The classif...
A natural way to measure the power of a distributed-computing model is to characterize the set of ta...
The power of shared data types to solve consensus in asynchronous wait-free systems is a fundamental...
In the (N; k)-consensus task, each process in a group starts with a private input value, communicate...
Since the early days of the shared memory model for distributed computing, researchers have sought a...
The impossibility of reaching deterministic consensus in an asynchronous and crash prone system was ...
AbstractThe impossibility of reaching deterministic consensus in an asynchronous and crash prone sys...
International audienceThis paper presents a simple generalization of the basic atomic read/write reg...
In a distributed system, processes must reach a certain level of synchronization to solve a common p...
All consensus hierarchies in the literature assume that we have, in addition to copies of a given ob...
In classical asynchronous distributed systems composed of a fixed number n of processes where some p...
The consensus hierarchy classifies shared an object according to its consensus number, which is the ...
Abstract. Objects like queue, swap, and test-and-set allow two processes to reach consensus, and are...
For all integers $m \geq 2$, we construct an infinite sequence of deterministic objects of consensus...
grantor: University of TorontoIn many asynchronous distributed systems, processes communic...
Abstract. We propose a new classification for evaluating the strength of shared objects. The classif...
A natural way to measure the power of a distributed-computing model is to characterize the set of ta...
The power of shared data types to solve consensus in asynchronous wait-free systems is a fundamental...
In the (N; k)-consensus task, each process in a group starts with a private input value, communicate...
Since the early days of the shared memory model for distributed computing, researchers have sought a...
The impossibility of reaching deterministic consensus in an asynchronous and crash prone system was ...
AbstractThe impossibility of reaching deterministic consensus in an asynchronous and crash prone sys...
International audienceThis paper presents a simple generalization of the basic atomic read/write reg...
In a distributed system, processes must reach a certain level of synchronization to solve a common p...
All consensus hierarchies in the literature assume that we have, in addition to copies of a given ob...
In classical asynchronous distributed systems composed of a fixed number n of processes where some p...