A Generic IoT Architecture for Ubiquitous Context-Aware Learning

Shapsough, Salsabeel; Zualkernan, Imran A.

doi:10.1109/tlt.2020.3007708

Cited by 19 publications

(9 citation statements)

References 46 publications

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“…There are numerous real world applications of IoT that span innumerable verticals, including smart home, transport, community and many more 11,12 . The Figure 3 represents the generic architecture of Internet of Things environment for certain scenarios like smart home, smart transport, smart community and smart national.…”

Section: Overview Of Iomt Communication Environmentmentioning

confidence: 99%

“…There are numerous real world applications of IoT that span innumerable verticals, including smart home, transport, community and many more. 11,12 The Figure 3 represents the generic architecture of Internet of Things environment for certain scenarios like smart home, smart transport, smart community and smart national. These scenarios shows various use cases for example, smart home represents entertainment, security, health, utilities and appliances and likewise other scenarios also represents several use cases.…”

Section: A Generic Iot Architecturementioning

confidence: 99%

See 1 more Smart Citation

Security in IoMT‐driven smart healthcare: A comprehensive review and open challenges

Garg

Wazid

Singh

et al. 2022

Security and Privacy

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The Internet of Medical Things (IoMT) is a kind of communication environment, which deals with communication that occurs through the Internet of Things (IoT)-enabled smart medical (healthcare) devices. The potential security threats of IoMT affect the confidentiality, integrity, authenticity and availability of its data and the associated resources. In this review article, we explain various architectures of IoMT communication along with their applications.We highlight the security requirements of IoMT communication environment along with some potential security attacks and threats of IoMT. Furthermore, the network model and adversary model of IoMT communication are provided. A taxonomy of security protocols of IoMT communication environment is additionally added, which contains various security protocols, such as key management, user/device authentication, access control and intrusion detection protocols. Moreover, we provide a detailed comprehensive comparative analysis of several security protocols with respect to various parameters, like computation cost, communication cost, security features and functionality features, accuracy and F1-score. Additionally, we also provide some future research directions.

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Section: Overview Of Iomt Communication Environmentmentioning

confidence: 99%

Section: A Generic Iot Architecturementioning

confidence: 99%

Security in IoMT‐driven smart healthcare: A comprehensive review and open challenges

Garg

Wazid

Singh

et al. 2022

Security and Privacy

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“…Moreover, any updates and upgrades on the system performance and functions can be conducted centrally by the web server in the cloud, and are accessible to users. On the other hand, mutual data exchange procedures were developed and exploited by Cornetta et al [11] and Shapsough and Zualkernan [12], who employed IoT information from peripheral components, such as cameras and sensors, to enrich the teaching materials in the central system. The proposed frameworks enable multiple laboratories in different geolocations to share and collaborate with respect to learning practices in real time.…”

Section: A Service-experience Awarenessmentioning

confidence: 99%

Detachable Web-Based Learning Framework to Overcome Immature ICT Infrastructure Toward Smart Education

et al. 2021

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Amid the recent disease outbreaks that have been spreading across the world, the education systems in every country have witnessed a dramatic transformation. In particular, the situation has promoted online learning on an unprecedented scale, with classes being held virtually on digital platforms. This vital transformation is a major challenge in developing countries where information infrastructure for remote learning is lacking. Inspired by these observations, this study first investigated the obstacles in the way of the deployment of smart education systems (SESs) in developing countries from a technical perspective. Consequently, a detachable SES framework, named vSmartEdu, is proposed. The framework is based on a hybrid online/offline web-service model, which adopts a service-based architecture (SBA) design concept to develop smart classrooms. In particular, the online mode is activated for a web-based classroom if an Internet service is available. In contrast, the offline-version of the system is available in offline mode in packaged form, and is utilized when the Internet is not available in a local classroom. Finally, a prototype was deployed to collect feedback from learners and educators at various educational levels. The trial implementation and survey results concretely validate the feasibility and advantages of the proposed solution.

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“…However, some studies paid attention only to energy efficiency while controlling the ambient variables [49][50][51]. Some studies examined the usability and future classroom technologies and presented architectural, smart model, and data management proposals regarding the arrangement of the inside and outside of the classroom in these respects [52][53][54][55][56][57][58][59]. In some other studies, Multimedia Learning Technologies based on loT, physiological measuring instruments, cost effective digital systems' hardware were used to increase the quality and efficiency of education [60][61][62].…”

Section: Introductionmentioning

confidence: 99%

Design and Implementation of an IoT-Based Smart Classroom Incubator

Burunkaya

Duraklar

2022

Applied Sciences

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Ambient conditions influence human health, emotions, and mental power. Therefore, numerous studies have been conducted in different disciplines on the measurement and control of ambient conditions in classrooms. Moreover, a number of studies identify some physical and mental performances of students simultaneously or for informative purposes by utilizing various hardware and software. However, these studies did not consider automatic control processes and individuality in fulfilling classroom ambient conditions, which influence students’ behavior. This study aims to reduce the adverse impacts of environmental factors on learning and control more necessary physical parameters with higher accuracy using the latest technology and methods. Thus, a new smart classroom incubator (SCI) algorithm, including hardware, software, and experimental studies, in which individual differences could be considered even in the same classroom environment, and its implementation were presented. The system enables access and monitoring of data wherever there is Internet connection. Moreover, it was designed based on IoT because it allows for data transfer over web services or data-dependent operations. All the necessary equipment was placed in the classroom without affecting the learning environment and distracting the class. Cronbach’s α coefficient, which indicates the reliability of the implemented model, was 0.891.

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A Generic IoT Architecture for Ubiquitous Context-Aware Learning

Cited by 19 publications

References 46 publications

Security in IoMT‐driven smart healthcare: A comprehensive review and open challenges

Security in IoMT‐driven smart healthcare: A comprehensive review and open challenges

Detachable Web-Based Learning Framework to Overcome Immature ICT Infrastructure Toward Smart Education

Design and Implementation of an IoT-Based Smart Classroom Incubator

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