We show how to implement a bounded time queue for two different processes. The time queue is a variant of a priority queue with elements from a discrete universe. The bounded time queue has elements from a discrete bounded universe. One process has time constraints and may only spend constant worst case time on each operation while the other process may spend more time. The time constrained process only has to be able to perform some of the time queue operations while the other process has to be able to perform all operations. We show how to do a deamortization of the deleteMin cost and to provide mutual exclusion for the parts of the data structure that both processes maintain.Godkänd; 2001; 20060922 (ysko
AbstractThe problem of implementing mutual exclusion of N asynchronous parallel processes in a model...
This paper presents a very general technique for the implementation of mergeable priority queues. Th...
When distributed processes contend for a shared resource, we need a good distributed contention reso...
We show how to implement a bounded time queue for two different processes. The time queue is a varia...
A process of servicing of conflict flows with a time-sharing algorithm with readjustments is conside...
A new elegant and simple algorithm for mutual exclusion of N processes is proposed. It only requires...
We establish trade-o s between time complexity and write- and access-contention for solutions to the...
Priority queues with parallel access are an attractive data structure for ap-plications like priorit...
A priority queueing model with many types of requests and restricted processor sharing is considered...
Abstract. A priority queue is presented that supports the operations insert and find-min in worst-ca...
Mutual exclusion is a fundamental problem in distributed computing. In one well known variant of thi...
An implementation of a double-ended priority queue is discussed. This data structure referred to as ...
Abstract A new elegant and simple algorithm for mutual exclusion of N processes is proposed. It only...
In Round-Robin Scheduling, the quantum time is static and tasks are scheduled such that no process u...
exclusion, parallel systems. A parallel algorithm is required to satisfy mutual exclusion in order t...
AbstractThe problem of implementing mutual exclusion of N asynchronous parallel processes in a model...
This paper presents a very general technique for the implementation of mergeable priority queues. Th...
When distributed processes contend for a shared resource, we need a good distributed contention reso...
We show how to implement a bounded time queue for two different processes. The time queue is a varia...
A process of servicing of conflict flows with a time-sharing algorithm with readjustments is conside...
A new elegant and simple algorithm for mutual exclusion of N processes is proposed. It only requires...
We establish trade-o s between time complexity and write- and access-contention for solutions to the...
Priority queues with parallel access are an attractive data structure for ap-plications like priorit...
A priority queueing model with many types of requests and restricted processor sharing is considered...
Abstract. A priority queue is presented that supports the operations insert and find-min in worst-ca...
Mutual exclusion is a fundamental problem in distributed computing. In one well known variant of thi...
An implementation of a double-ended priority queue is discussed. This data structure referred to as ...
Abstract A new elegant and simple algorithm for mutual exclusion of N processes is proposed. It only...
In Round-Robin Scheduling, the quantum time is static and tasks are scheduled such that no process u...
exclusion, parallel systems. A parallel algorithm is required to satisfy mutual exclusion in order t...
AbstractThe problem of implementing mutual exclusion of N asynchronous parallel processes in a model...
This paper presents a very general technique for the implementation of mergeable priority queues. Th...
When distributed processes contend for a shared resource, we need a good distributed contention reso...