The Internet of Things (IoT) is a highly capable technology in the health industry. Research articles and upcoming technologies relating IoT to the healthcare industry are examined to determine the vast capabilities o...
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Optical fiber sensors have been remarkably demonstrating its capacity for measuring various liquid concentrations. Traditionally, these sensors are characterized with a known concentration value and having its respons...
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The proceedings contain 54 papers. The topics discussed include: classifying the reliability of the microservices architecture;few-shot approach for systematic literature review classifications;agile in higher educati...
ISBN:
(纸本)9789897586132
The proceedings contain 54 papers. The topics discussed include: classifying the reliability of the microservices architecture;few-shot approach for systematic literature review classifications;agile in higher education: how can value-based learning be implemented in higher education?;AKIP process automation platform: a framework for the development of process-aware web applications;machine learning and Raspberry Pi cluster for training and detecting skin cancer;semi real-time data cleaning of spatially correlated data in traffic sensor networks;who ate all our cookies? investigating publishers’ challenges caused by changes in third-party cookie tracking;transfer, measure and extend maintainability metrics for web component based applications to achieve higher quality;evaluation of project work in public administrations in e-government and digitization projects in Germany;and deep-vacuity: a proposal of a machine learning platform based on high-performance computing architecture for insights on government of Brazil official gazettes.
Nowadays, recommendation systems are a central component in a wide range of online services. One major challenge for them is to generate suitable recommendations for individual users who differ, among other things, in...
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Internet of Things (IoT) is an amalgamation of diverse technologies including big data analytics, machine learning, wireless sensor networks, artificial intelligence, etc. IoT is contemplated to alchemize the way Inte...
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In order to reduce the false alarm rate of the pedestrian monitoring system in the substation and accelerate the unmanned operation of the substation, this paper proposes a video surveillance system of substation base...
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ISBN:
(纸本)9789811910579;9789811910562
In order to reduce the false alarm rate of the pedestrian monitoring system in the substation and accelerate the unmanned operation of the substation, this paper proposes a video surveillance system of substation based on the AdaBoost pedestrian anti-misjudgment algorithm. It use infrared temperature sensor and infrared life sensor to distinguish between plants and animals according to whether there are life characteristics, so as to solve the misjudgment of the alarm system caused by shaking plants, use directional gradient histogram (HOG) features, support vector machines (SVMs) classifier, and AdaBoost algorithm to distinguish pedestrians from other animals, and eliminate the misjudgment of other animals on the alarm system;if the detection result is a pedestrian, the data will be uploaded to the PC and synchronized to the cloud to remind the relevant staff in time. This system can effectively solve the problem of the high-false alarm rate of the current unattended substation monitoring system and accelerate the advancement of unattended substations.
Enabling extreme edge processing functionalities will lead a breakthrough in the development of the next generation of Structural Health Monitoring (SHM) systems, thanks to the adoption of sensor–near data analtycs w...
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Intelligent energy Internet of Things (IoT) supports smart cities construction through the functions of information sensing and energy management. However, massive application scenarios of smart cities result in serio...
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Abnormal breathing can be a symptom of unhealthy status, but conventional diagnostic exams involve cumbersome and intrusive instrumentation. Wireless wearable technologies may hence provide an attractive alternative, ...
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ISBN:
(数字)9781665465946
ISBN:
(纸本)9781665465946
Abnormal breathing can be a symptom of unhealthy status, but conventional diagnostic exams involve cumbersome and intrusive instrumentation. Wireless wearable technologies may hence provide an attractive alternative, but state-of-the-art solutions are generally bulky, include complex electronics, and require a local power source to communicate by using a BLE (Bluetooth Low Energy) interface. Epidermal battery-less devices enabled by Radio Frequency IDentification (RFID) technology are instead gaining increasing interest. Indeed, data sensing and transmission become fully wireless, and the electronic complexity can be kept small thanks to new generation RFID Integrated Circuits (ICs) that are provided with built-in sensors. In particular, this paper will focus on the latest advancements in the field of RFID breath sensor-devices that wirelessly monitor respiration by measuring the temperature gradients of the air flowing through the airways. The main innovations span from improvements in the lightweight design of the devices and materials, the enhancement of the sensing capabilities by doubling the embedded sensors on the same device, and, most importantly, the thorough experimentation performed to assess the clinical meaningfulness of temperature breathing waveforms with respect to conventional clinical-grade flow-based methods.
To meet the high data rate requirements nanophotonic devices such as plasmonic nano-antennas are essential in future. In this regard, the manuscript portrays the design and investigation of a plasmonic nanopatch anten...
To meet the high data rate requirements nanophotonic devices such as plasmonic nano-antennas are essential in future. In this regard, the manuscript portrays the design and investigation of a plasmonic nanopatch antenna sensor using silver, gold and graphene on different dielectric substrates. The Drude and Lorentz dispersion models are used to study the plasmonic characteristics of the nano-antenna sensor materials. Furthermore, analysis of the dispersion model demonstrates that plasmonic metals exhibit negative real permittivity that is essential for the plasmon resonance. The analysis of the proposed gold, silver and graphene nanopatch antennas is performed through the Finite Integration Technique on CST Microwave Studio. The study demonstrates that the proposed circular-shaped nanostrip fed nano-antenna sensor exhibits a large enhancement in the field, therefore it can be used for plasmonic sensing applications.
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