A Knowledge Graph to Understand Nursing Big Data: Case Example for Guidance

Hussey, Pamela; Das, Subhashis; Farrell, Sharon; Ledger, Lorraine; Spencer, Andrew

doi:10.1111/jnu.12650

Cited by 10 publications

(7 citation statements)

References 13 publications

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“…In order to focus on the system and technology, many researchers develop the system and technologies concerning information, practice, and data. 43 , 44 For topic 4 (2361 studies), there are specific studies that consist of improving quality and safety using information and system to provide evidence. 45 This shows that many studies have been conducted on information system development and quality improvement using nursing informatics data.…”

Section: Discussionmentioning

confidence: 99%

“…Topic 3 (2884 studies) comprised system and technology–related research. In order to focus on the system and technology, many researchers develop the system and technologies concerning information, practice, and data 43,44 . For topic 4 (2361 studies), there are specific studies that consist of improving quality and safety using information and system to provide evidence 45 .…”

Section: Discussionmentioning

confidence: 99%

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Identifying the Knowledge Structure and Trends of Nursing Informatics

Park¹,

Park²

2022

CIN: Computers, Informatics, Nursing

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With the advent of the information age and technological development, the importance of digital health technologies has increased. Subsequently, nursing informatics has been developed to enhance the effectiveness of healthcare information management and communication. This study aimed to identify the nursing informatics knowledge structure and research trends through quantitative analysis using text network analysis. Here, we analyzed 14 225 studies published by 2020. The knowledge structure of nursing informatics and changes therein were clarified by identifying and analyzing the core keywords, topics, and changes in the topics of related studies over time. We identified “patient,” “health,” “system,” and “information” as core keywords connecting other keywords. Over time, the networks between “information,” “communication,” and “technology” strengthened, and “patient safety” and “quality” have recently emerged as research keywords. This change indicates an increase in the importance of nursing education on technology. Similar changes appeared in the topic analysis, showing an increased proportion of research related to system and technology and nursing education. These results can broaden a systematic understanding of nursing informatics research. Furthermore, given these findings, the importance of nursing informatics on patient safety and nursing education—based on the development of systems and technology—can be expected to continue growing.

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Section: Discussionmentioning

confidence: 99%

Section: Discussionmentioning

confidence: 99%

Identifying the Knowledge Structure and Trends of Nursing Informatics

Park¹,

Park²

2022

CIN: Computers, Informatics, Nursing

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“…For example SNOMED International will publish ICNP Reference Sets and an associated ontology in September 2021, as the CeIC is an ICNP R&D Center 4 future progression of nursing sensitive data to advance patient centered integrated care models is under consideration. Initial research on development of Nursing Knowledge Graph (NKG) and our progress in this domain is published and available to view from Journal of Nursing Scholarship [10].The benefits of using NCBO Bioportal is that we can leverage its online annotation and semantic matching facilities to discover other related models available on the Bioportal using Neighborhood matching. Figure 4 above provides one such example, which showcase associated between ContSOnto's Health issue (node in dark blue) with ECP ontology (node in light blue).…”

Section: Discussionmentioning

confidence: 99%

ContSOnto: A Formal Ontology for Continuity of Care

Das

Hussey

2021

pHealth 2021

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The global pandemic over the past two years has reset societal agendas by identifying both strengths and weaknesses across all sectors. Focusing in particular on global health delivery, the ability of health care facilities to scale requirements and to meet service demands has detected the need for some national services and organisations to modernise their organisational processes and infrastructures. Core to requirements for modernisation is infrastructure to share information, specifically structural standardised approaches for both operational procedures and terminology services. Problems of data sharing (aka interoperability) is a main obstacle when patients are moving across healthcare facilities or travelling across border countries in cases where emergency treatment is needed. Experts in healthcare service delivery suggest that the best possible way to manage individual care is at home, using remote patient monitoring which ultimately reduces cost burden both for the citizen and service provider. Core to this practice will be advancing digitalisation of health care underpinned with safe integration and access to relevant and timely information. To tackle the data interoperability issue and provide a quality driven continuous flow of information from different health care information systems semantic terminology needs to be provided intact. In this paper we propose and present ContSonto a formal ontology for continuity of care based on ISO 13940:2015 ContSy and W3C Semantic Web Standards Language OWL (Web Ontology Language). ContSonto has several benefits including semantic interoperability, data harmonization and data linking. It can be use as a base model for data integration for different healthcare information models to generate knowledge graph to support shared care and decision making.

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“…In addition, a Marie Curie Fellowship EliteS, sponsored by Science Foundation Ireland (SFI) and the Adapt Research Centre provided standards based demonstrators 14 from research project entitled the Common Semantic Data Model (CSDM) 27 .…”

Section: Methodsmentioning

confidence: 99%

A micro credential for interoperability

Hussey¹,

Das²

2021

Open Res Europe

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In the midst of a global pandemic the need for health and social care providers to commit to, and deliver on, integrated patient-centered care services has been accelerated. Globally, health and social care programme administrators are turning to digital devices and applications to provide supporting infrastructure which can offer safe access to health information at the point of care. Digitalisation is increasingly considered a key requirement to support diagnostics and therapeutic care services in health care delivery. The open source community are responding to this need to advance integrated care and digital services by providing targeted resources to address the interoperability challenge. Addressing interoperability in health systems is a core part of achieving sustainable enterprise wide integrated care. Using Open Innovation 2.0 methods for advancing knowledge on interoperability, this paper describes the development of a micro credential for knowledge transfer on interoperability created by the Centre for eIntegrated Care (CeIC). Designed and developed to signpost interested stakeholders to targeted material and build understanding and capacity on the topic. The design approach and initial resource content are explained through the lens of a specific research project funded by an Elite S Fellowship to advance leadership and standardisation for Information and Communications Technology (ICT) in Europe.

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A Knowledge Graph to Understand Nursing Big Data: Case Example for Guidance

Cited by 10 publications

References 13 publications

Identifying the Knowledge Structure and Trends of Nursing Informatics

Identifying the Knowledge Structure and Trends of Nursing Informatics

ContSOnto: A Formal Ontology for Continuity of Care

A micro credential for interoperability

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