Prototyping from SDL specifications using a real-time concurrent logic language

R. Kovacevic, D. Prairie, P. Dasiewicz
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Abstract

The ITU specification and description language (SDL) is often used in the field of telecommunications to specify both protocols and overall systems. Since such systems are often both large and complex, it is desirable to simulate and execute SDL. Although traditional programming languages such as C and Pascal are adequate for implementing such a simulator/code generator, several advantages can be gained from using a real time logic language. Real-Time Parlog presents many advantages since it directly supports both the concepts of timing and concurrency, without direct user knowledge of the underlying operating system.
使用实时并发逻辑语言从SDL规范进行原型设计
国际电联规范和描述语言(SDL)经常用于电信领域,以指定协议和整个系统。由于这样的系统通常既大又复杂,因此需要模拟和执行SDL。尽管像C和Pascal这样的传统编程语言足以实现这样的模拟器/代码生成器,但是使用实时逻辑语言可以获得一些优势。Real-Time Parlog提供了许多优点,因为它直接支持计时和并发的概念,而不需要用户直接了解底层操作系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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