Browsing by Author "Cahill, Vinny"
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- EMMON - EMbedded MONitoringPublication . Santos, Manuel; Tennina, Stefano; Alves, Mário; Bouroche, Mélanie; Cahill, Vinny; Almeida, Délio; Carrozza, Gabriella; Hill, Alex; Chasapis, GeorgiosDespite the steady increase in experimental deployments, most of research work on WSNs has focused only on communication protocols and algorithms, with a clear lack of effective, feasible and usable system architectures, integrated in a modular platform able to address both functional and non–functional requirements. In this paper, we outline EMMON [1], a full WSN-based system architecture for large–scale, dense and real–time embedded monitoring [3] applications. EMMON provides a hierarchical communication architecture together with integrated middleware and command and control software. Then, EM-Set, the EMMON engineering toolset will be presented. EM-Set includes a network deployment planning, worst–case analysis and dimensioning, protocol simulation and automatic remote programming and hardware testing tools. This toolset was crucial for the development of EMMON which was designed to use standard commercially available technologies, while maintaining as much flexibility as possible to meet specific applications requirements. Finally, the EMMON architecture has been validated through extensive simulation and experimental evaluation, including a 300+ nodes testbed.
- EMMON: a system architecture for large- scale, dense and real-time WSNsPublication . Tennina, Stefano; Braga, Pedro; Alves, Mário; Ciriello, Vincenzo; Santos, Manuel; Cahill, Vinny; Bouroche, Mélanie; Gomes, Ricardo; Mirza, Farrukh; Carrozza, Gabriella; Garg, AnuragIn spite of the significant amount of scientific work in Wireless Sensor Networks (WSNs), there is a clear lack of effective, feasible and usable WSN system architectures that address both functional and non-functional requirements in an integrated fashion. This poster abstract outlines the EMMON system architecture for large-scale, dense, real-time embedded monitoring. EMMON relies on a hierarchical network architecture together with integrated middleware and command&control mechanisms. It has been designed to use standard commercially– available technologies, while maintaining as much flexibility as possible to meet specific applications’ requirements. The EMMON WSN architecture has been validated through extensive simulation and experimental evaluation, including through a 300+ node test-bed, the largest WSN test-bed in Europe to date
- EMMON: a WSN system architecture for large scale and dense real-time embedded monitoringPublication . Tennina, Stefano; Braga, Pedro; Alves, Mário; Ciriello, Vincenzo; Oliveira, Pedro; Bouroche, Mélanie; Gomes, Ricardo; Mirza, Farrukh; Carrozza, Gabriella; Cahill, VinnyWireless sensor networks (WSNs) have attracted growing interest in the last decade as an infrastructure to support a diversity of ubiquitous computing and cyber-physical systems. However, most research work has focused on protocols or on specific applications. As a result, there remains a clear lack of effective, feasible and usable system architectures that address both functional and non-functional requirements in an integrated fashion. In this paper, we outline the EMMON system architecture for large-scale, dense, real-time embedded monitoring. EMMON provides a hierarchical communication architecture together with integrated middleware and command and control software. It has been designed to use standard commercially-available technologies, while maintaining as much flexibility as possible to meet specific applications requirements. The EMMON architecture has been validated through extensive simulation and experimental evaluation, including a 300+ node test-bed, which is, to the best of our knowledge, the largest single-site WSN test-bed in Europe to date.
- Poster: EMMON: a WSN system architecture and toolset for large-scale and dense real-time embedded monitoringPublication . Tennina, Stefano; Bouroche, Mélanie; Santos, Manuel; Oliveira, Pedro; Gomes, Ricardo; Mirza, Farrukh; Ciriello, Vincenzo; Cahill, Vinny; Alves, Mário; Carrozza, Gabriella; Braga, PedroWireless sensor networks (WSNs) have attracted growing interest in the last decade as an infrastructure to support a diversity of ubiquitous computing and cyber-physical systems. However, most research work has focused on protocols or on specific applications. As a result, there remains a clear lack of effective and usable WSN system architectures that address both functional and non-functional requirements in an integrated fashion. This poster outlines the EMMON system architecture for large-scale, dense, real-time embedded monitoring. It provides a hierarchical communication architecture together with integrated middleware and command and control software. It has been designed to maintain as much as flexibility as possible while meeting specific applications requirements. EMMON has been validated through extensive analytical, simulation and experimental evaluations, including through a 300+ nodes test-bed the largest single-site WSN test-bed in Europe.