This paper contains a description of one of the features of the Refal-5e programming language, a built-in support for the multi-threading programs execution. This feature allows much faster performance for many programs on modern hardware in comparison with single-threaded techniques. In the paper we have also compared implementations of milti-threading in different programming languages, their advantages and disadvantages. Our implementation of multi-threading in Refal-5e machine can automatically control the flow and timing. As a result, a software developer can focus on the functionality of the program and still get all the advantages of multi-threaded execution of the programs
Multiple threads can be used not only as a mechanism for tolerating unpredictable communication late...
To achieve high performance, contemporary computer systems rely on two forms of parallelism: instruc...
An architecture that features dynamic multithreading execution of a single program is studied in thi...
Until recently, concurrent programming required, instead of multiple threads, multiple processes, ea...
Abstract 1 This paper discusses the preliminary performance study of hybrid multithreaded execution ...
grantor: University of TorontoMemory latency is becoming an increasingly important perform...
Multithreading provides a means of improving program performance by exposing concurrency. This concu...
This paper presents a comparative study of the performance of multithreaded applications in differen...
Abstract: Tolerance to communication latency and inexpensive synchronization are critical for genera...
In this paper, we introduce a user-level threads package called the Threaded Communication Library w...
This paper presents Threaded Multi-Path Execution (TME), which exploits existing hardware on a Simul...
To achieve high performance, contemporary computer systems rely on two forms of parallelism: instruc...
In the infrastructure of Information and Communication Technology (ICT), the design and architecture...
This paper describes a number of microarchitectural tech-niques for supporting multithreading in sof...
Multithreaded processors are an attractive alternative to superscalar processors. Their ability to h...
Multiple threads can be used not only as a mechanism for tolerating unpredictable communication late...
To achieve high performance, contemporary computer systems rely on two forms of parallelism: instruc...
An architecture that features dynamic multithreading execution of a single program is studied in thi...
Until recently, concurrent programming required, instead of multiple threads, multiple processes, ea...
Abstract 1 This paper discusses the preliminary performance study of hybrid multithreaded execution ...
grantor: University of TorontoMemory latency is becoming an increasingly important perform...
Multithreading provides a means of improving program performance by exposing concurrency. This concu...
This paper presents a comparative study of the performance of multithreaded applications in differen...
Abstract: Tolerance to communication latency and inexpensive synchronization are critical for genera...
In this paper, we introduce a user-level threads package called the Threaded Communication Library w...
This paper presents Threaded Multi-Path Execution (TME), which exploits existing hardware on a Simul...
To achieve high performance, contemporary computer systems rely on two forms of parallelism: instruc...
In the infrastructure of Information and Communication Technology (ICT), the design and architecture...
This paper describes a number of microarchitectural tech-niques for supporting multithreading in sof...
Multithreaded processors are an attractive alternative to superscalar processors. Their ability to h...
Multiple threads can be used not only as a mechanism for tolerating unpredictable communication late...
To achieve high performance, contemporary computer systems rely on two forms of parallelism: instruc...
An architecture that features dynamic multithreading execution of a single program is studied in thi...