实现和评估AHS有机中间件——第一种方法

Alexander von Renteln, U. Brinkschulte
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引用次数: 9

摘要

有机计算是一个新兴的、有前景的研究领域。受自然的启发,有机计算研究希望学习和采用自然的技术和性质。目标是获得所谓的Self-X属性,如自组织和自修复。以哺乳动物的激素系统为模型,设计了人工激素系统(artificial hormone system, AHS),对使用人工激素的加工要素进行任务映射。在以前的出版物中,我们提出了有机中间件的思想和第一个理论结果。由于我们希望在嵌入式场景中运行这个中间件,现在我们将展示一个用纯ANSI C编写的AHS实现,并展示第一个真实场景和测试系列的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementing and Evaluating the AHS Organic Middleware - A First Approach
Organic Computing is a new and promising research area. Inspired by nature, organic computing research wants to learn and adopt from techniques and properties of nature. The goal is to acquire the so called Self-X properties like self-organization and self-healing. Taking the hormone system of mammals as a role model, the artificial hormone system(AHS) was designed to map tasks on processing elements using artificial hormones. In previous publications we presented the idea of an organic middleware and first theoretical results. As we want to run this middleware in an embedded scenario we will now present an implementation of the AHS written in pure ANSI C and show first real-world scenarios and results of test series.
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