Add to ORKGOne of the main goals of using concurrent computing is to speed up the computations. This is done by structuring a program in threads in a way to have a possibility of dynamic reallocation of processor time for other threads when one thread is idle. However, the possible speedup and the overall performance depends on many factors, including synchronization algorithms used in a program, a pattern of thread interaction, a pattern of waiting for external events etc. Therefore, before choosing a better process synchronization algorithm for a specific situation, the performance of possible algorithms to be used should be analyzed. Methods for analyzing such performance for different situations are the object of study of the research
Version 1.3 In this note we present a number of mechanisms for synchronizing concurrent processes/th...
In a multicore environment, a major focus is represented by synchronization. Since synchronization m...
In computer programs with multiple processes (or threads), process communication is of high importan...
Concurrent and parallel computing can be used to effectively speed up computations. However, the ove...
Analyzing the running time of a concurrent algorithm can be as important as verifying its partial c...
A distributed system is a group of processors that do not allocate memory. As an alternative, each p...
Parallel programming is an intellectually demanding task. One of the most difficult challenges in th...
Stand-alone techniques for the analysis and testing of the synchronization structure of concurrent p...
The goal of this paper is to give a specification of the software framework that evaluates the effic...
Developing efficient programs for distributed systems is difficult because computations must be effi...
Efficient exploration of the system design space necessitates fast and accurate performance estimati...
This work was also published as a Rice University thesis/dissertation: http://hdl.handle.net/1911/16...
Synchronization is a central issue in concurrency and plays an important role in the behavior and pe...
A concurrent system is a collection of processors that communicate by reading and writing from a sha...
The need for exclusive accesses to shared resources, like memory and communications facilities, requ...
Version 1.3 In this note we present a number of mechanisms for synchronizing concurrent processes/th...
In a multicore environment, a major focus is represented by synchronization. Since synchronization m...
In computer programs with multiple processes (or threads), process communication is of high importan...
Concurrent and parallel computing can be used to effectively speed up computations. However, the ove...
Analyzing the running time of a concurrent algorithm can be as important as verifying its partial c...
A distributed system is a group of processors that do not allocate memory. As an alternative, each p...
Parallel programming is an intellectually demanding task. One of the most difficult challenges in th...
Stand-alone techniques for the analysis and testing of the synchronization structure of concurrent p...
The goal of this paper is to give a specification of the software framework that evaluates the effic...
Developing efficient programs for distributed systems is difficult because computations must be effi...
Efficient exploration of the system design space necessitates fast and accurate performance estimati...
This work was also published as a Rice University thesis/dissertation: http://hdl.handle.net/1911/16...
Synchronization is a central issue in concurrency and plays an important role in the behavior and pe...
A concurrent system is a collection of processors that communicate by reading and writing from a sha...
The need for exclusive accesses to shared resources, like memory and communications facilities, requ...
Version 1.3 In this note we present a number of mechanisms for synchronizing concurrent processes/th...
In a multicore environment, a major focus is represented by synchronization. Since synchronization m...
In computer programs with multiple processes (or threads), process communication is of high importan...