Proposal for a Software Architecture Pattern for the Interoperability Between Devices on the Edge of an IoT Ecosystem Layer
DOI:
https://doi.org/10.26439/ciis2019.5514Keywords:
interoperability, IoT, constrained devices, microservices, semantic web, encoder, decoder, fog computing, edge computing, REST API, software architecture, IoT ecosystemAbstract
In recent years, the Internet of Things has generated a disruption in the solution ecosystem for end users with applications in health, agro-industry, environment and other heterogeneous solutions. Each of these solutions has its own format to verbalize the data provided by different web services, including SOAP, RESTful and REST-LD, in JSON or XML format, so that said data can be understood by people. These devices are called “heterogeneous” because they come from different manufacturers and use different programming languages such as C, C++, Lua, Python, Javascript, etc. This document focuses on constrained devices, that is, devices with little processing capacity and memory, and different chains of acquired data. This research proposes a software architecture pattern for interoperability between devices on the edge of an IoT ecosystem and between ecosystems.
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