Secure Semantic Smart HealthCare (S3HC)

Tiwari, Sanju; Jain, Sarika; Abraham, Ajith; Shandilya, Smita

doi:10.13052/jwe1540-9589.1782

Cited by 23 publications

(8 citation statements)

References 21 publications

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“…al. proposed the Secure Semantic Healthcare (S3HC) framework to represent, integrate and securely exchange data collected by healthcare devices [59]. It is a robust framework that delivers a semantic infrastructure for data storing, integration, and querying.…”

Section: Interoperability Infrastructurementioning

confidence: 99%

“…Several studies share the same underlying technologies to deliver their solutions, including OWL/ontologies (all studies), SWRL [10,15,16,25,38,39,46,[50][51][52], RDF [17,18,32,37,47,59], SPARQL [17,37,59], XACML [15,38,39,51,57], Jena [25,36,37,46], Semantic APIs/Web Services [9,36,37], and Internet of Things (IoT) devices [3,18,59]. It demonstrates the flexibility of SW tools to allow the implementation of security mechanisms to protect sensitive data and still enable the interoperability and integration of such data.…”

Section: Costa Lima Et Al / Security Approaches For Electronic Health...mentioning

confidence: 99%

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Security approaches for electronic health data handling through the Semantic Web: A scoping review

Lima

Alves

Bernardi

et al. 2023

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Integration of health information systems are crucial to advance the effective delivery of healthcare for individuals and communities across organizational boundaries. Semantic Web technologies may be used to connect, correlate, and integrate heterogeneous datasets spread over the internet. However, when working with sensitive data, such as health data, security mechanisms are needed. A scoping review of the literature was undertaken to provide a broad view of security mechanisms applied to, or along with, Semantic Web technologies that could allow its use with health data. Searches were conducted in the most relevant databases for the scope of this work. The findings were classified according to the main objective and features presented by each solution. Twenty-six studies were included in the review. They introduced mechanisms that addressed several security attributes, such as authentication, authorization, integrity, availability, confidentiality, privacy, and provenance. These mechanisms support access control frameworks, semantic and functional interoperability infrastructures, and privacy compliance solutions. The findings suggest that the application and use of Semantic Web technologies is still growing, with the healthcare area being particularly interested. The main security mechanisms for Semantic Web technologies, the key security attributes and properties, and the main gaps in the literature were identified, helping to understand the technical needs to mitigate the risks of handling personal health information over the Semantic Web. Also, this research has shown that complex and robust solutions are available to successfully address several security properties and features, depending on the context that the electronic health data is being managed.

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Section: Interoperability Infrastructurementioning

confidence: 99%

Section: Costa Lima Et Al / Security Approaches For Electronic Health...mentioning

confidence: 99%

Security approaches for electronic health data handling through the Semantic Web: A scoping review

Lima

Alves

Bernardi

et al. 2023

View full text Add to dashboard Cite

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“…In biomedical domain, ontologies have been deployed as efficient and intelligent knowledge management tools for secure semantic smart health care (Tiwari et al , 2018; Mishra and Jain, 2019). Zhang et al (2017) developed a knowledge-based system for the assessment of the level of patients’ follow-up.…”

Section: Related Literaturementioning

confidence: 99%

Applied personal profile ontology for personnel appraisals

Usip

Udo

Umoeka

2022

IJWIS

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Purpose The purpose of this paper is to apply the earlier enhanced personal profile ontology (e-PPO) developed by the authors as a case study for the appraisal of the lecturers in the department of computer science, University of Uyo, Uyo for the purposes of promotions. The developed e-PPO was a sample smart résumé for the selection of the best among three personnel using linguistic variables and formal rules representing the combination of the criteria and subcriteria was illustrated which was used to allocate competent personnel for software requirement engineering tasks. The need for the use of the smart resume for appraisal purposes was pointed out in the conference paper, calling for the applicant’s data to be inputted into the enhanced personal profile ontology (e-PPO) for personnel appraisa. Design/methodology/approach Appraisal is a regular review of employees’ performances and their overall contribution to the organization they are working for. The availability of a web application for personnel appraisal requires PPO which includes both static and dynamic features. Personal profile is often modified for several purposes calling for augmentation and annotation when needs arise. Resume is one resulting extract from personal profile and often contain slightly different information based on needs. The urgent preparation of resume may introduce bias and incorrect information for the sole aim of projecting the personnel as being qualified for the available job. Religious and gender biases may sometimes be observed during appointments of new personnel, which may not be the case during appraisals for promotions or reassignment of tasks because such biases become insignificant given the fact that job targets and the skills needed are already set and the appraisals passes through several phases that are not determined by a single individual. This work therefore applied the earlier developed e-PPO for appraisal of the academic staff of the department of computer science, university of Uyo, Uyo, Nigeria. A mixed approach of existing ontologies like Methontology and Neon have been followed in the creation of the e-PPO, which is a constraint-based semantic data model tested using Protégé inbuilt reasoner with its updated plugins. Upon application of e-PPO on personnel appraisals, promotion and selection of employee for specific assignments in any organization is possible using the smart resume. Findings The use of the smart resume reduces the numerous task that would have been taken up by the human resource team, thereby reducing the processing time for the appraisals. The appraisal task is done void of biases of any kind such as gender and religion. Originality/value This work is an extension of the original work done by the authors.

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“…The IoT healthcare and medicare systems domains generate the quality of semantic interoperability of medically connected objects in order to analyze vital signs and provide adequate service to patients [21]. The semantic sensor network web technologies and sensors utilized in many applications like medicare and security provide interoperability, heterogeneity, and the necessary environment in IoT data [22]. The e-healthcare framework is used in the ontological description to design and implement healthcare data into entities and properties [23].…”

Section: Introductionmentioning

confidence: 99%

Ubiquitous Internet of Medical Things on Interoperable Ssn Ontology Platforms for E-Health Monitoring of Connected Objects

Gorrepati

Kim

Guntur

2021

Preprint

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Ubiquitous Internet of medical things (U-IoMT) technology is designed to predict the efficiency and quality of health care facilities by using various connected objects to support patient monitoring systems. U- IoMT is connected to devices such as RFID tags and several physical sensor devices (WSN) that collect real-time information. This technology is used to comprehend complex security-related tasks. The ubiquitous platform can be used to access smart health care information through mobile and electronic devices, allowing for faster diagnosis and higher service quality. In this study, we use ontology to describe the semantic representation of medical objects and their data in U-IoMT backup in this analysis. The healthcare system aims to examine patient prescriptions and drug supply chain management records. Emergency healthcare services are connected to smartphone-wearable devices of patients for monitoring purposes to reduce emergency cases and to maintain e-patient records. The mobile health application aims to maintain the health status of a patient wherever the patient is located. The semantic sensor networks (SSN) architecture uses peer-to-peer communication to achieve semantic interoperability, which is described as interoperable IoMT platforms. A framework of SSN and the context-awareness layer was additionally created for visualization of patient remote health monitoring, drug management, patient moment analysis, and patient tracking were monitored using various devices, e-health was used to demonstrate the chronic diseases.

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Secure Semantic Smart HealthCare (S3HC)

Cited by 23 publications

References 21 publications

Security approaches for electronic health data handling through the Semantic Web: A scoping review

Security approaches for electronic health data handling through the Semantic Web: A scoping review

Applied personal profile ontology for personnel appraisals

Ubiquitous Internet of Medical Things on Interoperable Ssn Ontology Platforms for E-Health Monitoring of Connected Objects

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