Support Systems on the Industrial Shop-floors of the Future – Operators’ Perspective on Augmented Reality

Syberfeldt, Anna; Holm, Magnus; Danielsson, Oscar; Wang, Lihui; Brewster, Rodney

doi:10.1016/j.procir.2016.02.017

Cited by 82 publications

(60 citation statements)

References 4 publications

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“…Smart manufacturing unfolds from I4.0 and the term is used when discussing how the future will look like. The prevalent academia understands the future depicted as an environment where systems and humans act intelligently together and everything are connected to the internet [10] with the aim to exploit data in a smarter way and develop strong ISs [5]. In a smart manufacturing environment humans witness new technological gears and systems based on digital technologies [5], big data tools [11] and artificial intelligence [12].…”

Section: Theoretical Backgroundmentioning

confidence: 99%

Digital Decision Support Systems for Enhanced Human Based Decision-Making at the Shop Floor Management Level

Clausen

2019

2019 Portland International Conference on Management of Engineering and Technology (PICMET)

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This paper aims at emphasize the importance of digital decision support systems (DSS) to enhance the human based decision making at the shop floor management (SFM) level. This paper suggest that there is an increased focus on implementing digital technologies for developing DSSs that are adapted to the current threshold of the Industry 4.0 (I4.0) era. It is believed that there is a call for appliance of digital technologies for decision support, as the complexity of infrastructures at manufacturing facilities increases and the environments are becoming more uncertain. Those companies who not move rapidly and focus on being responsive will fall behind and lose market share, due to the large competition seen today. This paper suggest that the adaptation of digital DSSs at the SFM level will support the practitioners in their decision-making processes, wherefrom the performance level will increase.

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Section: Theoretical Backgroundmentioning

confidence: 99%

Digital Decision Support Systems for Enhanced Human Based Decision-Making at the Shop Floor Management Level

Clausen

2019

2019 Portland International Conference on Management of Engineering and Technology (PICMET)

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“…As tecnologias disponíveis de visualização para realidade aumentada são: visores montados na cabeça (headmounted displays -HMDs), dispositivos portáteis (handheld devices -HHDs) e telas estáticas ou projetores. Atualmente a tecnologia mais utilizada nas indústrias são os visores montados na cabeça, pois possibilitam ao usuário visualizar o mundo real em conjunto com informações virtuais, mas com as mãos livres [50].…”

Section: K Realidade Virtual E Aumentadaunclassified

Definition and Application of a Maturity Model for Smart Manufacturing, from the perspective of Industry 4.0.

Lunelli¹,

Cecconello²

2019

SCI

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A Manufatura Inteligente pode ser considerada uma das principais estratégias para as empresas se tornarem ainda mais competitivas dentro do cenário industrial atual. Diante de uma série de tecnologias lançadas no mundo industrial por causa da nova revolução industrial, a revolução 4.0, fica clara a importância de que uma estratégia de implantação para novas tecnologias à Manufatura deve ser estabelecida. O trabalho possui o objetivo de apresentar um modelo de maturidade adaptado, que utiliza como base de avaliação as tecnologias da Indústria 4.0 para implementação de uma Manufatura Inteligente. Complementando o objetivo principal, foi utilizado o modelo desenvolvido para realizar um diagnóstico em uma empresa de manufatura do segmento metalúrgico. O método utilizado foi a definição de um modelo de maturidade, adaptado conforme novos conceitos tecnológicos, medindo assim cada tecnologia habilitadora para uma Manufatura Inteligente. Os resultados obtidos possibilitaram demonstrar um diagnóstico da Manufatura, no conceito de integração vertical, no qual foi possível perceber a dificuldade estratégica da empresa avaliada em relação à Manufatura Inteligente. Os resultados apresentados possibilitarão a empresa construir o caminho e direcionar seus esforços, em relação aos investimentos em tecnologias rumo a uma Manufatura Inteligente.

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“…Tablets and smart phones have proven they have enough computing power and include an embedded camera that can enable Augmented Reality applications. It is, however, recognised that tablets have associated drawbacks, such as size and weight, and that users often need to drop their gaze to look at the screen [43]. Smart phones have the same drawbacks as tablets and, although they are smaller and lighter than tablets, they also have smaller screens.…”

Section: Implementation Of Aresmentioning

confidence: 99%

Adaptive instructions to novice shop-floor operators using Augmented Reality

Holm

Danielsson

Syberfeldt

et al. 2017

Journal of Industrial and Production Engineering

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Support Systems on the Industrial Shop-floors of the Future – Operators’ Perspective on Augmented Reality

Cited by 82 publications

References 4 publications

Digital Decision Support Systems for Enhanced Human Based Decision-Making at the Shop Floor Management Level

Digital Decision Support Systems for Enhanced Human Based Decision-Making at the Shop Floor Management Level

Definition and Application of a Maturity Model for Smart Manufacturing, from the perspective of Industry 4.0.

Adaptive instructions to novice shop-floor operators using Augmented Reality

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