Survey of business excellence by knowledge gathering for industrial internet-of-things applications

Tervonen, Jouni; Hautamäki, Johanna; Heikkilä, Matti; Isoherranen, Ville

doi:10.1504/ijmed.2018.096256

Cited by 4 publications

(2 citation statements)

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“…Including the limitations of the device in producing certain other variables needed such as "how much power is used" (Han et al., 2018). Overall the presence of the development of IoT is very fast, so in general, this IoT is difficult in terms of standardization as delivered (Tervonen, 2018). In order to achieve a good IoT system implementation (Fortino et al., 2017a) have a suggestion that developers may use IoT simulations based on either agent or network approach, which allows designers to validate their design choices and unfold unexpected conduct before the actual deployment.…”

Section: Resultsmentioning

confidence: 99%

Knowledge growth and development: internet of things (IoT) research, 2006–2018

Dachyar

Zagloel

Saragih

2019

Heliyon

104

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The term "Internet of Things" first appeared in publication paper since 2006, describing the paradigm of evolution concept that brought about by the presence of internet technology (Vermesan and Friess, 2015) which is very important in contemporary circumstances. This study conducted an in-depth analysis of the research material written on 26420 papers which focused on the published Internet of Things (IoT) research, starting from the firstly year IoT keyword appeared in 2006 until 2018. The selected paper is a combination of various disciplines and publications which are all indexed by Scopus wherein the article discusses IoT. IoT articles are classified using key attributes in sequence: the methodology used, general knowledge and applied concepts, and various general exploration topics. By using the Scientometrics method, this method will group the overall terms that appear frequently from the Scopus paper database according to keywords, titles, and abstracts. The resulting data is then studied to understand and distinguish trends that occur in the time span along with the general characteristics of the paper, in the mathematics visual scheme. All various issues that are considered in the paper's methodology selection, their studied and services innovations, and continuing discoveries on the characteristics, concepts, and processes applied to IoT success. Although it only involves scopus indexed paper, this study found a remarkable increase in the number of articles on IoT in each category of the paper. This study also reveals the direction of the regular discipline of knowledge. The use of the Scientometrics method makes the analysis able to focus on the movement of characteristics and IoT themes to researcher's direction that has not found at this time, as a comprehensive guide to further research and industry strategy that is more directed on concepts that support the 4th industrial revolution.

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Section: Resultsmentioning

confidence: 99%

Knowledge growth and development: internet of things (IoT) research, 2006–2018

Dachyar

Zagloel

Saragih

2019

Heliyon

104

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“…There is a sense that IoT will transform companies into digital business and change business models (Hung 2017;Tervonen et al, 2018). IoT applications and services will cover almost every aspect of the Supply Chain.…”

Section: The Internet Of Things (Iot) and A Course Requestmentioning

confidence: 99%

Developing an IT Course for Emerging Technologies Using a Framework – An Example of an IoT Course V1.0

2020

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Aim/Purpose: Academics are often requested to create and teach courses for emerging technologies with perhaps no experience or guidance on how to do so. Background: A Framework to develop IT courses for emerging technologies was created and tested to assist academics; the framework was then tested by developing an IoT course. Methodology: A literature review was conducted to discover theories, models and methods that could be used in the creation of IT courses, followed by interviews with academics who had created many courses. The interviews were analysed using a thematic analysis process, and a Course Development Framework was created. The framework was tested by using it to build and deliver an IoT course. Contribution: The Framework could be used to support academics who have to create and develop IT courses for emerging technologies. Findings: By combining a learning theory such as constructivism, the ADDIE Instructional design model, ARCS-V Motivational model, and Bloom’s Taxonomy, a Course Development Framework was constructed, which could be used to support academics who have to create courses for emerging technologies. Recommendations for Practitioners: The Course Development Framework could be used to develop other IT courses including online courses. Recommendation for Researchers: Future research could be conducted in the effectiveness of using the Course Development Framework to develop other courses including online courses. Impact on Society: Support academics to develop better IT courses for emerging technologies. Future Research: Research in the field of Brain Compatible Learning Principles and combining or using it with the Framework could provide further insights into advancements in course design and development.

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Past, present and future of computational intelligence: A bibliometric analysis

Kaur,

Verma

2023

AIP Conference Proceedings

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Survey of business excellence by knowledge gathering for industrial internet-of-things applications

Cited by 4 publications

References 0 publications

Knowledge growth and development: internet of things (IoT) research, 2006–2018

Knowledge growth and development: internet of things (IoT) research, 2006–2018

Developing an IT Course for Emerging Technologies Using a Framework – An Example of an IoT Course V1.0

Past, present and future of computational intelligence: A bibliometric analysis

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