A mutual exclusion algorithm is called speed independent if its correctness does not depend on the relative speed of the components. Famous mutual exclusion protocols such as Dekker\u27s, Peterson\u27s and Lamport\u27s bakery are meant to be speed independent. In this talk I argue that speed-independent mutual exclusion may not be implementable on standard hardware, depending on how we believe reading and writing to a memory location is really carried out. It can be implemented on electrical circuits, however. This builds on previous work showing that mutual exclusion cannot be accurately modelled in standard process algebras
A simplification of the mutual exclusion algorithm of Lycklama and Hadzilacos is presented. It uses ...
In distributed shared memory multiprocessors, remote memory accesses generate processor-to-memory tr...
It is our thesis that scalable synchronization can be achieved with only minimal hardware support, s...
Dijkstra introduced mutual exclusion for an N-process system as the requirement “that at any moment ...
Abstract A new elegant and simple algorithm for mutual exclusion of N processes is proposed. It only...
We present a mutual exclusion algorithm that performs well both with and without contention, on mach...
Most weak memory consistency models are incapable of supporting a solution to mutual exclusion using...
An algorithm is proposed that creates mutual exclu-sion in a computer network whose nodes communicat...
In 1993, Yang and Anderson presented an N-process algorithm for mutual exclusion under read/write at...
A simplification of the mutual exclusion algorithm of Lycklama and Hadzilacos is presented. It uses ...
AbstractA circuit is called speed-independent if its nontransient behavior does not depend on the si...
A new elegant and simple algorithm for mutual exclusion of N processes is proposed. It only requires...
The traditional mutual exclusion problem in distributed systems occurs when only one process should ...
Several years ago, Yang and Anderson presented an N-process algorithm for mutual exclusion under rea...
For years, the mutual exclusion algorithm of Lycklama and Hadzilacos (1991) [21] was the optimal mut...
A simplification of the mutual exclusion algorithm of Lycklama and Hadzilacos is presented. It uses ...
In distributed shared memory multiprocessors, remote memory accesses generate processor-to-memory tr...
It is our thesis that scalable synchronization can be achieved with only minimal hardware support, s...
Dijkstra introduced mutual exclusion for an N-process system as the requirement “that at any moment ...
Abstract A new elegant and simple algorithm for mutual exclusion of N processes is proposed. It only...
We present a mutual exclusion algorithm that performs well both with and without contention, on mach...
Most weak memory consistency models are incapable of supporting a solution to mutual exclusion using...
An algorithm is proposed that creates mutual exclu-sion in a computer network whose nodes communicat...
In 1993, Yang and Anderson presented an N-process algorithm for mutual exclusion under read/write at...
A simplification of the mutual exclusion algorithm of Lycklama and Hadzilacos is presented. It uses ...
AbstractA circuit is called speed-independent if its nontransient behavior does not depend on the si...
A new elegant and simple algorithm for mutual exclusion of N processes is proposed. It only requires...
The traditional mutual exclusion problem in distributed systems occurs when only one process should ...
Several years ago, Yang and Anderson presented an N-process algorithm for mutual exclusion under rea...
For years, the mutual exclusion algorithm of Lycklama and Hadzilacos (1991) [21] was the optimal mut...
A simplification of the mutual exclusion algorithm of Lycklama and Hadzilacos is presented. It uses ...
In distributed shared memory multiprocessors, remote memory accesses generate processor-to-memory tr...
It is our thesis that scalable synchronization can be achieved with only minimal hardware support, s...