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Autonomic Cooperative Behaviour in ETSI AFI scenario for autonomicity enabled Ad-hoc and Mesh Network Architecture

机译:ETSI AFI方案中针对自主性的自组织协作行为启用了Ad-hoc和Mesh网络体系结构

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This paper discusses the ETSI AFI (Autonomic network engineering for the self-managing Future Internet) dedicated scenario for the deployment of Autonomic Cooperative Behaviour (ACB) for the needs of the instantiation of Auto-nomicity Enabled Ad-hoc and Mesh Network Architecture. An inherent feature of ACB is the use of cooperative data processing and computing among network devices for the purposes of improving the related system robustness and dependability. In fact, as much as they may be differentiated, both ad-hoc and mesh networks share certain common aspects allowing for the application of the assumed scenario in the case of each of them. This approach aims to guarantee certain level of unification in terms of standardisation and validation, especially that the scenario is very demanding due to the existence of numerous walls impeding the quality of data transmission and, thus, calling for ACB as a remedy.
机译:本文讨论了ETSI AFI(用于自我管理的未来Internet的自治网络工程)专用方案,该方案用于部署自治协作行为(ACB),以实例化启用自治功能的Ad-hoc和网状网络体系结构。 ACB的固有功能是在网络设备之间使用协作数据处理和计算,以提高相关系统的健壮性和可靠性。实际上,ad-hoc网络和网状网络都尽可区别,它们共享某些共同的方面,从而在每种情况下都可以应用假定的场景。这种方法旨在保证在标准化和验证方面达到一定程度的统一,尤其是由于存在大量阻碍数据传输质量的墙,因此该方案的要求很高,因此需要ACB作为一种补救措施。

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