WiSANCloud: a set of UML-based specifications for the integration of Wireless Sensor and Actor Networks (WSANs) with the Cloud Computing

TL;DR

This paper proposes UML-based specifications to facilitate the integration of Wireless Sensor and Actor Networks with Cloud Computing, providing a structured framework for designing such combined systems.

Contribution

It introduces a set of UML specifications specifically tailored for integrating WSANs with cloud architectures, addressing the structural and design considerations involved.

Findings

Provides a UML framework for WSAN-Cloud integration

Defines key architectural relationships between WSANs and cloud systems

Guides the design process using UML and SysML tools

Abstract

Giving the current trend to combine the advantages of Wireless Sensor and Actor Networks (WSANs)with the Cloud Computing technology, this work proposes a set of specifications, based on the Unified Modeling Language - UML, in order to provide the general framework for the design of the integration of said components. One of the keys of the integration is the architecture of the WSAN, due to its structural relationship with the Cloud in the definition of the combination. Regarding the standard applied in the integration, UML and its subset, Systems Modeling Language - SysML, are proposed by the Object Management Group - OMG to deal with cloud applications; so, this indicates the starting point of the process of the design of specifications for WSAN-Cloud integration. Based on the current state of UML tools for analysis and design, there are several aspects to take into account in order to define the integration process.