David Boyle’s scientific contributions

... Con el fin de mejorar la flexibilidad y la reutilización de los programas de automatización distribuida, la arquitectura orientada a servicios es considerada como el futuro de la automatización industrial basado en la nube (Tsiatsis et al., 2019). La facilidad de acoplamiento en los componentes de software utilizados en SOA, asegura la flexibilidad e interoperabilidad entre los diversos componentes que integran la arquitectura, además, en SOA la descripción de un proceso puede ser integrado con la lógica de control, de esta manera, la descripción del proceso proporciona un mejor entendimiento del sistema y mejora la productividad del diseñador. ...

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Influencia de la Ingeniería de Software en los Procesos de Automatización Industrial

... IoT devices can sense the environment as well as perform actions based on sensors data [1]. As the popularity of IoT increases, it has been estimated that approximately 30 billion IoT devices will be attached to this network by 2020 [2]. IoT brings great benefits across various sectors, including agriculture [3]- [6], healthcare [7]- [11], smart grids [12]- [16], smart homes [17]- [19], and others [20]. ...

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BUS: A Blockchain-Enabled Data Acquisition Scheme with the Assistance of UAV Swarm in Internet of Things

... Moreover, methods to develop electricity energy consumption benchmarks for complex buildings belonging to university campuses have been proposed [24]. Furthermore, the deployment of suitable smart grids that are the basic elements of the so-called smart-cities [25][26][27] in university campuses have been investigated as well [28,29]. ...

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University campuses as small-scale models of cities: Quantitative assessment of a low carbon transition path

... iBoyle iand iC. iMulligan i [20] idescribed ithe idrivers ifor ithe iInternet iof iThings i(IoT) ifrom ia ibusiness iperspective. i ...

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Internet of Things (IoT) as key enabler for Efficient Business Processes

... This is what is called the Internet of Things (IoT). The IoT concept is the sharing of data and information using technologically evolving devices and systems over normally wireless networks -Wireless Sensor Networks (WSNs) [1]. Wireless sensor networks are connected sensor nodes that collect data about the physical condition of an environment [1]. ...

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Dynamic Model Battery Emulator and Power Profiler for IoT Devices

... A typical CPS can be broadly defined as combining physical processes with coordinated communication and computational capabilities, leading to the convergence of the physical and digital worlds. CPSs can also be viewed as representative of advanced embedded systems, where computational elements are tightly integrated with physical components [10]. The National Science Foundation (NSF) describes CPS as designed systems that rely on the fusion of physical components with computational algorithms [11]. ...

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Software-defined networking in cyber-physical systems

... In addition, a solar charging and 3G connection system allow the sending of data to the cloud, remote programming of the system, and remote monitoring of the health status of the sensors at any time. These features facilitate the deployment of the system and the use in collaborative sensing tasks [29] for making climate monitoring networks able to be both operated and used by professionals as well as the general public. ...

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Low cost climate station for smart agriculture applications with photovoltaic energy and wireless communication

... Therefore, since the IoT affect the whole life sectors it's important to introduce the automation in nearly all fields especially the fields that affect human life directly. The IoT provides perfect solutions for wide range of applications such as smart cities, telemedicine, security, emergency management, industrial automation and control, health care, environmental studies and logistics [3,4]. ...

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The Internet of Things in Healthcare: A survey for Architecture, Current and Future Applications, Mobile Application, and Security

... IIoT is a key intelligent factor that allows factories to act intelligently. By adding sensors and actuators to objects, the object becomes intelligent because it can interact with people, other objects, generate data, generate transactions, and react to environmental data [3,4]. Cities do not ignore this trend, since there is a plan to turn cities into smart cities in certain countries [5]. ...

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Implementing a Novel Use of Multicriteria Decision Analysis to Select IIoT Platforms for Smart Manufacturing

... IoT system framework[32] Sensors in IoT devices, Source:[33] ...

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Internet of Health Things: A Review