Behaviour Profiling in Healthcare Applications Using the Internet of Things Technology

Abuarqoub, Abdelrahman; Hammoudeh, Mohammad

doi:10.15224/978-1-63248-099-6-25

Cited by 7 publications

(4 citation statements)

References 5 publications

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“…Сети мобильной связи пятого поколения призваны обеспечить все возрастающие потребности в получении современных информационных услуг мобильных пользователей [1][2][3][4][5][6][7][8][9]. Сети 5G играют ключевую роль в превращении городов в разумные города, что позволит гражданам и обществу в целом, получить социально-экономические выгоды, которые дает передовая цифровая экономика с интенсивным использованием данных [10] Ключевыми решениями и технологическими компонентами [1][2][3][4] сети радиодоступа 5G NR являются:…”

Section: введение (постановка задачи)unclassified

Model of Interactions and Phase States in the Distribution of the Frequency Resource in the Grouping of Radio Electronic Means of a 5g Mobile Communication Network

Sielivanov¹,

Muliar²,

Kolyadenko³

et al. 2021

ITSSI

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Subject: interaction models and phase states in the distribution of the frequency resource in the grouping of radio electronic means of the 5G mobile communication network. Purpose: development of a dynamic model of multiple interactions of n-elements of a complex 5G mobile communication system, which takes into account the nature of inter-element connections and phase states in the group use of the frequency resource. Tasks: on the basis of a complex model of an n-element system with multiple interactions, to develop a mathematical model for describing the electromagnetic environment of a grouping of radio electronic means in a state space with a group use of a frequency resource; to analyze the phase states of interaction of the elements of the grouping system of radio-electronic means of the mobile communication system in which they can function without deteriorating the quality indicators, which reflect the total level of the group influence of the emitting elements on the receiving devices, under conditions of optimal distribution of the frequency resource. Methods: mathematical method of the state space of the system, which describes the nonlinear nature and phase states of the system, taking into account the intensity of the interaction of its elements. Results: A mathematical model of the electromagnetic environment of a grouping of radio-electronic devices based on the Volterra model has been developed, which characterizes their nonlinear nature of interactions in the group use of the frequency resource. A recurrent expression is obtained for modeling the assessment of the aggregate nature of electromagnetic interactions in a group of radio-electronic means. Modeling of the dynamics of interaction and phase states of the grouping of radioelectronic devices in the group use of the frequency resource has been carried out. Conclusions: It is shown that using a model that simulates the dynamics of interactions of a group of radioelectronic, it is possible to analyze its state in the future. This model makes it possible to analyze the grouping of radio-electronic means with different, specific parameters of individual types of radio electronic devices, the nature and intensity of their interaction in the grouping with the current distribution of resources.

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Section: введение (постановка задачи)unclassified

Model of Interactions and Phase States in the Distribution of the Frequency Resource in the Grouping of Radio Electronic Means of a 5g Mobile Communication Network

Sielivanov¹,

Muliar²,

Kolyadenko³

et al. 2021

ITSSI

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“…The Internet of Things (IoT) refers to connecting different kinds of devices (things), mainly sensors, RFID tags, PDAs or smartphones to build a network. The deployment of these IoT devices is gaining an expanding interest in the academic research and industrial areas as well as in daily life [1] such as smart grid [2], e-health [3], smart city, etc.…”

Section: Introductionmentioning

confidence: 99%

PHOABE: Securely outsourcing multi-authority attribute based encryption with policy hidden for cloud assisted IoT

et al. 2018

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Attribute based encryption (ABE) is an encrypted access control mechanism that ensures efficient data sharing among dynamic group of users. Nevertheless, this encryption technique presents two main drawbacks, namely high decryption cost and publicly shared access policies, thus leading to possible users' privacy leakage. In this paper, we introduce PHOABE, a Policy-Hidden Outsourced ABE scheme. Our construction presents several advantages. First, it is a multi-attribute authority ABE scheme. Second, the expensive computations for the ABE decryption process is partially delegated to a Semi Trusted Cloud Server. Third, users' privacy is protected thanks to a hidden access policy. Fourth, PHOABE is proven to be selectively secure, verifiable and policy privacy preserving under the random oracle model. Five, estimation of the processing overhead proves its feasibility in IoT constrained environments.

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“…IoT technology indeed finds application in many different domains, such as home automation [8], healthcare monitoring [9,10], traffic control [11], smart vehicles [12], smart grids [13], smart warehousing [14], smart cities [15], and smart campuses [16]. In fact, the smart campus came out of the concept of smart cities by applying the principles of smart cities to the operation of the campus.…”

Section: Introductionmentioning

confidence: 99%

A Survey on Internet of Things Enabled Smart Campus Applications

Abuarqoub

Abusaimeh

Hammoudeh

et al. 2017

Proceedings of the International Conference on Future Networks and Distributed Systems

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The fictional future home, workspace or city, as predicted by science TV shows of the 1960s, is now a reality. Modern microelectronics and communication technologies offer the type of smart living that looked practically inconceivable just a few decades ago. The Internet of Things (IoT) is one of the main drivers of the future smart spaces. It enables new operational technologies and offers vital financial and environmental benefits. With IoT, spaces are evolving from being just 'smart' to become intelligent and connected. This survey paper focuses on how to leverage IoT technologies to build a modular approach to smart campuses. The paper identifies the key benefits and motivation behind the development of IoT-enabled campus. Then, it provides a comprehensive view of general types of smart campus applications. Finally, we consider the vital design challenges that should be met to realise a smart campus. 1

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Behaviour Profiling in Healthcare Applications Using the Internet of Things Technology

Cited by 7 publications

References 5 publications

Model of Interactions and Phase States in the Distribution of the Frequency Resource in the Grouping of Radio Electronic Means of a 5g Mobile Communication Network

Model of Interactions and Phase States in the Distribution of the Frequency Resource in the Grouping of Radio Electronic Means of a 5g Mobile Communication Network

PHOABE: Securely outsourcing multi-authority attribute based encryption with policy hidden for cloud assisted IoT

A Survey on Internet of Things Enabled Smart Campus Applications

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