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Hierarchy model to develop and simulate Digital Habitat Ecosystem Architecture

机译:层次模型开发和模拟数字栖息地生态系统架构

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This paper introduces a Hierarchy model to develop and simulate Digital Habitat ecosystem Architecture (DHEA). A Digital Ecosystem (DE) is an Information and Communication Technology (ICT) system, which includes an open and a loosely coupled network of self-organizing ICT nodes and links. Advances in DE technology, an emerging research area, promise new approaches for controlling, monitoring, and managing the use and reuse of resources in built environments. However, the use of DE technology is currently limited to application in business enterprise networks as Open Source Environment (OSE). There are many network communication challenges because of this OSE i.e. advanced smart home devices are open source devices which can communicate via Wireless Local Area Network (WLAN), and are facing some networking traffic delays. Many research and development challenges exist, and must be addressed before this technology can be scaled to, and applied in built environments. The objective of this paper is to describe the hierarchy model of the smart home environment using a DE concept, and explain how the smart home devices communicate according to their node set up.
机译:本文介绍了一种层次结构模型,用于开发和模拟数字栖息地生态系统架构(DHEA)。数字生态系统(DE)是一种信息和通信技术(ICT)系统,包括一个开放和松散耦合网络的自组织ICT节点和链接。 DE技术的进步,新兴的研究领域,承诺用于控制,监测和管理建筑环境中资源的使用和重用的新方法。然而,DE技术的使用目前仅限于商业企业网络中的应用,作为开源环境(OSS)。由于这种OSE,有许多网络通信挑战,因此高级智能家居设备是可通过无线局域网(WLAN)进行通信的开源设备,并且正面临着一些网络流量延迟。存在许多研究和发展挑战,并且必须在缩放该技术之前解决,并在建造环境中应用。本文的目的是使用DE概念描述智能家庭环境的层次模型,并解释智能家居设备如何根据其节点设置进行通信。

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