User-Centered Evaluation of an Augmented Reality-based Assistance System for Maintenance

Quandt, Moritz; Beinke, Thies; Freitag, Michael

doi:10.1016/j.procir.2020.03.053

Cited by 17 publications

(9 citation statements)

References 15 publications

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“…These glasses represent an HMD (Head Mounted Display) device in the sha glasses that allows you to view applications and web pages in AR. Microsoft has also to implement its version of 3D glasses using AR technology; thus, the so-c "HoloLens" (Figure 4) was born, an HMARD device that can be positioned on the h However, AR systems are not limited to specific wearable devices but are implemented on smartphones by improving algorithms [16,17]. In particular, in 20 game application called "Pokemon Go" was launched by Niantic and Nintendo, w made a boom in downloads in just one week.…”

Section: Game Applicationsmentioning

confidence: 99%

An Overview of Augmented Reality

et al. 2022

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Modern society is increasingly permeated by realities parallel to the real one. The so-called virtual reality is now part of both current habits and many activities carried out during the day. Virtual reality (VR) is, in turn, related to the concept of augmented reality (AR). It represents a technology still in solid expansion but which was created and imagined several decades ago. This paper presents an overview of augmented reality, starting from its conception, passing through its main applications, and providing essential information. Part of the article will be devoted to hardware and software components used in AR systems. The last part of the paper highlights the limitations related to the design of these systems, the shortcomings in this area, and the possible future fields of application of this extraordinary technological innovation.

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Section: Game Applicationsmentioning

confidence: 99%

An Overview of Augmented Reality

et al. 2022

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“…Such systems can be, for example, the interaction of humans with intelligent cognitive assistance systems or collaborative robots. Figure 1 depicts examples of such systems: (1, 2) show cognitive assistance systems based on a smartphone (1) and data glasses (2), which display context-dependent Augmented Reality (AR) virtualizations for assembly and maintenance support based on image recognition methods (Quandt et al, 2020;Stern et al, 2021). (3) shows a collaborative robot system that supports the unloading process of containers by autonomously performing unloading operations under human supervision (Petzoldt et al, 2020;Rolfs et al, 2020).…”

Section: Human Operators In Cppsmentioning

confidence: 99%

Human-Centered Design of Hybrid Cyber-Physical Production Systems - Use of Human Autonomy Teaming as a Future Way of Working

Stern¹,

Freitag²

2022

Digitization of the Work Environment for Sustainable Production

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Many production processes are changing towards hybrid CPPS, in which humans work together with intelligent as well as automated or autonomously acting systems. This enables economic advantages through more efficient processes, error reduction, and quality improvements. It further contributes to a sustainable production, which preserves resources and enhances operators' well-being. To achieve these advantages, an adequate system design is required. Here, various design approaches are available, such as the creation of active involvement of people and adequate situational awareness, and the consideration of both operators and automation as equal and independent actors. But how do they affect its performance and the operators in detail to achieve both economic and human-centered goals? We present the results of a first literature review on the interaction of humans and autonomous systems in production systems and the associated allocation of work (Human Autonomy Teaming, HAT) and open research problems, respectively. Finally, we propose and discuss preliminary ideas and starting points to solve these design issues as a basis for future research work.

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Section: Human Operators In Cppsmentioning

confidence: 99%

Digitization of the work environment for sustainable production

Plapper¹

2022

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Sustainability is gaining importance and the economy is changing into a circular economy, especially with regard to climate change and the need to create more resilient value chains. The organization of work is meeting these challenges with, among other things, the digitalization of increasingly changeable production. Collecting and understanding data is becoming increasingly complex, as not only internal production data is of interest, but also cross-company sustainability indicators play a role in decision-making. The research results presented under the main topic “Digitization of the work environment for sustainable production” address this problem of compliance with sustainability requirements by means of digitization and its impact on the workplace and workers. The members of the Scientific Society for Work and Business Organisation (WGAB) present innovative concepts and research results for practitioners and scientists and thus provide valuable input for current challenges.

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User-Centered Evaluation of an Augmented Reality-based Assistance System for Maintenance

Cited by 17 publications

References 15 publications

An Overview of Augmented Reality

An Overview of Augmented Reality

Human-Centered Design of Hybrid Cyber-Physical Production Systems - Use of Human Autonomy Teaming as a Future Way of Working

Digitization of the work environment for sustainable production

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