Experimentation as a Service Over Semantically Interoperable Internet of Things Testbeds

Lanza, Jorge; Sánchez, Luis; Santana, Juan Ramón; Agarwal, Rachit; Kefalakis, Nikos; Grace, Paul; Elsaleh, Tarek; Zhao, Minghui; Τράγος, Ηλίας; Nguyen, Hung Viet; Cirillo, Flavio; Steinke, Ronald; Soldatos, John

doi:10.1109/access.2018.2867452

Cited by 23 publications

(25 citation statements)

References 26 publications

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“…However, the detailed description of the platform design principles and building blocks is out of the scope of this paper. Specific insights about the EaaS IoT Platform designed and implemented in the FIESTA-IoT Project can be found at [ 16 ].…”

Section: Introductionmentioning

confidence: 99%

Federation of Internet of Things Testbeds for the Realization of a Semantically-Enabled Multi-Domain Data Marketplace

Sánchez

Lanza

Santana

et al. 2018

Sensors

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The Internet of Things (IoT) concept has attracted a lot of attention from the research and innovation community for a number of years already. One of the key drivers for this hype towards the IoT is its applicability to a plethora of different application domains. However, infrastructures enabling experimental assessment of IoT solutions are scarce. Being able to test and assess the behavior and the performance of any piece of technology (i.e., protocol, algorithm, application, service, etc.) under real-world circumstances is of utmost importance to increase the acceptance and reduce the time to market of these innovative developments. This paper describes the federation of eleven IoT deployments from heterogeneous application domains (e.g., smart cities, maritime, smart building, crowd-sensing, smart grid, etc.) with over 10,000 IoT devices overall which produce hundreds of thousands of observations per day. The paper summarizes the resources that are made available through a cloud-based platform. The main contributions from this paper are twofold. In the one hand, the insightful summary of the federated data resources are relevant to the experimenters that might be seeking for an experimental infrastructure to assess their innovations. On the other hand, the identification of the challenges met during the testbed integration process, as well as the mitigation strategies that have been implemented to face them, are of interest for testbed providers that can be considering to join the federation.

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Section: Introductionmentioning

confidence: 99%

Federation of Internet of Things Testbeds for the Realization of a Semantically-Enabled Multi-Domain Data Marketplace

Sánchez

Lanza

Santana

et al. 2018

Sensors

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“…Building interoperable services on top of IoT systems is an open and timely research challenge, as demonstrated by the presence of recent works in the literature. Experimentationas-a-Service (EaaS) [16] is a paradigm to execute processing routines over a centralized platform that offers data. Re-usable and portable experiments process data regardless its origin.…”

Section: Related Workmentioning

confidence: 99%

“…Re-usable and portable experiments process data regardless its origin. The architecture presented in [16] has the technical potential to offer experiments as re-usable services but this is not explored by the authors. Several aspects are already tackled to enable IoT services ecosystem, such as architectures [17], [18] and procedures to acquire IoT services [18], or how to generate IoT services business model [19], [20].…”

Section: Related Workmentioning

confidence: 99%

Smart City IoT Services Creation Through Large-Scale Collaboration

Cirillo¹,

Gómez²,

Díez

et al. 2020

IEEE Internet Things J.

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116

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Smart cities solutions are often monolithically implemented, from sensors data handling through to the provided services. The same challenges are regularly faced by different developers, for every new solution in a new city. Expertise and know-how can be re-used and the effort shared. In this article we present the methodologies to minimize the efforts of implementing new smart city solutions and maximizing the sharing of components. The final target is to have a live technical community of smart city application developers. The results of this activity comes from the implementation of 35 city services in 27 cities between Europe and South Korea. To share efforts, we encourage developers to devise applications using a modular approach. Single-function components that are re-usable by other city services are packaged and published as standalone components, named Atomic Services. We identify 15 atomic services addressing smart city challenges in data analytics, data evaluation, data integration, data validation, and visualization. 38 instances of the atomic services are already operational in several smart city services. We detail in this article, as atomic service examples, some data predictor components. Furthermore, we describe real-world atomic services usage in the scenarios of Santander and three Danish cities. The resulting atomic services also generate a side market for smart city solutions, allowing expertise and know-how to be re-used by different stakeholders.

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“…Nevertheless, the following set of works are showing promising results. That is the case of Ghanza et al [22] or Lanza et al [23], who suggested to foster interoperability among IoT platforms. Traditional works focus on the interoperability at the level of the device for establishing "meaningful conversations".…”

Section: Current Trends and Late Developments For Achieving "Intelligmentioning

confidence: 99%

Interoperability of the Time of Industry 4.0 and the Internet of Things

Lelli

2019

Future Internet

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Industry 4.0 demands a dynamic optimization of production lines. They are formed by sets of heterogeneous devices that cooperate towards a shared goal. The Internet of Things can serve as a technology enabler for implementing such a vision. Nevertheless, the domain is struggling in finding a shared understanding of the concepts for describing a device. This aspect plays a fundamental role in enabling an “intelligent interoperability” among sensor and actuators that will constitute a dynamic Industry 4.0 production line. In this paper, we summarize the efforts of academics and practitioners toward describing devices in order to enable dynamic reconfiguration by machines or humans. We also propose a set of concepts for describing devices, and we analyze how present initiatives are covering these aspects.

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Experimentation as a Service Over Semantically Interoperable Internet of Things Testbeds

Cited by 23 publications

References 26 publications

Federation of Internet of Things Testbeds for the Realization of a Semantically-Enabled Multi-Domain Data Marketplace

Federation of Internet of Things Testbeds for the Realization of a Semantically-Enabled Multi-Domain Data Marketplace

Smart City IoT Services Creation Through Large-Scale Collaboration

Interoperability of the Time of Industry 4.0 and the Internet of Things

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