Virtual reality
Trust, Comfort, and Communication: Human Machine Interface Testing with Virtual Reality Robot
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Author Conne Mara Bazley & Nikko Van Stolk |
| Abstract Would you feel safe and comfortable working side by side on a task with a robot? Researchers conducted Human Machine Interface (HMI) Testing for a proposed new robot as an additional team member for a warehouse facility. The overall purpose of this project was to explore how to build human/robot trust, robot communication, human expectations from robot behaviour, and how to measure the positive or negative effects relating to trust as we test HMI variables. Because of the size and weight of the robot, Virtual Reality (VR) was used to simulate the warehouse environment to test the VR robot. The researchers created four VR sessions to test the new robot and obtained the reactions and responses of 10 participants. Most participants did not have a significant change in their trust in robots' baseline responses. Participants showed overall trust in robots and their comfort and trust in working with the new proposed robot and the new robot's capabilities. Participant comments about suggested further robot improvements were gathered and accompanied the results. The researchers discovered that the HMI testing for the robot was more about defining the borders of comfort rather than trust. Additionally, researchers discovered to first deal with the psychology of trust and comfort, then concentrate on robot indicators. Additional HMI Testing using VR is planned for the proposed changes for the new robot and future new robots and contemporary design and development features. |
Exploratory study of virtual reality flight training device for upset prevention and recovery training
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Author Filip Florek |
| Abstract This exploratory study aimed to establish whether a virtual reality (VR) enabled flight training device will provide effective Upset Prevention and Recovery Training (UPRT) to ensure equivalent safety with the Flight Simulation Training Device (FSTD) considering pilot situational awareness competency. It was achieved by determining the effects of the pilot’s presence, task-related stress and cybersickness on situational awareness during upset prevention, and, if necessary, recovery and by assessing pilot acceptance of VR-enabled flight training device in UPRT. No evidence has been found that situational awareness was negatively affected by exposure to VR, with certain reactions to stimuli degradation, i.e., flight upset in Instrument Meteorological Conditions (IMC) resulting in a predictable outcome of increased attentional demand. |
Lessons in the Metaverse: Teaching University students about Virtual Reality from within Virtual Reality
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Author Gary Burnett & Catherine Harvey |
| Abstract There is considerable potential in the education sector for the use of immersive virtual worlds to enhance student learning and engagement. This paper outlines five key recommendations for teaching University students in future ‘Metaverse’ contexts. These guidelines are based on video/survey data collected from 266 students during a module that has run predominately in virtual reality for the last three years, as well as the reflective experiences of the teachers. |
Evaluation of Virtual Reality and Motion for Upset Prevention & Recovery Training (UPRT)
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Author Muhammad Akhtar, Michael Bromfield |
| Abstract The effectiveness of Virtual Reality (VR) and motion in Upset Prevention and Recovery Training (UPRT) for general aviation pilots was investigated. Preliminary findings suggest that VR in combination with motion improved the pilot’s ability to recognise and attempt upset recovery in selected upsets and has the potential to enhance aviation safety. |
Virtual reality training: Making construction work safer
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Author Dr Shelley Stiles |
| Abstract The Construction Industry damages over 60,000 underground services each year, a significant cost and risk to human life. Training is an established aspect of safety management, and research recognises the importance of interaction and engagement to enhance the training experience and increase knowledge retention. Despite this, often training sessions are delivered via traditional presentation – an approach lacking in the focus on engagement for a positive impact on learning outcomes. The use of virtual reality technologies within a safety context is becoming more commonplace, but there is limited evidence that this type of training intervention can improve safety performance with a reduction of accidents and incidents. The work presented evaluates the effectiveness of 360° film and virtual reality technology as a safety training intervention delivered to workers on construction projects. This study has evaluated the impact of this safety intervention on the number of service strikes for one principal contractor organisation over a two-year period – a case study. Services strikes are when workers accidentally dig through underground utilities. The delivery of 85 training sessions was found to have a positive impact on safety outcomes, with a 32% reduction of services strikes following 12 months of training. It is concluded that the use of 360° film virtual reality technology as part of a safety training intervention can have a significant impact improving safety outcomes. |
Pro-Social Mobility: Using Mozilla Hubs as a Design Collaboration Tool
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Author David R. Large, Madeline Hallewell, Leah Briars, Catherine Harvey & Gary Burnett |
| Abstract This paper showcases the novel application of Mozilla Hubs in the context of interface design for future, autonomous taxis. It demonstrates that repurposing pro-social virtual reality as a design collaboration tool enables an embodied and spatialised experience affording the co-creation and visualisation of novel interfaces, scaffolded by real-world social dynamics, but unfettered by its physical limitations. The approach has proved to be beneficial during the COVID-19 pandemic, but it also provides genuine opportunity for virtual, “non-contact” collaborative research beyond this. |
Operational Strategies within Simulated Environments
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Author Mohsen Zare, Bernard Mignot, Nicolas Bert & Maxime Norval |
| Abstract Exploring the range of operational strategies could enhance our understanding of effective regulatory approaches, contributing to the prevention of Musculoskeletal Disorders (MSDs). This study aims to assess whether the use of virtual simulation, integrated into a Serious Game, enables users to establish conditions conducive to efficient regulation of their future professional activities. Additionally, we seek to demonstrate how operational strategies differ when performing similar tasks within the simulated context of a virtual reality Serious Game. The key findings reveal the presence of multiple operational strategies for each simulated task, which appear to establish favorable conditions for better regulation of future activities. While the Serious Game demonstrated a diversity of strategies, an important question remains regarding whether the game led to improved postural behavior between the beginning and the end of the session, and whether these changes transferred to real work conditions. The analysis showed that certain users progressively adjusted their strategies based on in-game feedback, improving postures related to upper limb and back positioning. However, others maintained their initial approaches despite recommendations. The extent to which this learning translates into long-term workplace adjustments requires further study. |
Assessing the effectiveness of virtual reality tasks as stress-inducing environments
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Author Debora Colodete, Bernard Costa & Marcus Baldo |
| Abstract Due to safety concerns, the impact of stress on cognitive readiness cannot be assessed in real-time hazardous work scenarios through many psychophysiological methods. This study aimed to evaluate the validity of a virtual reality (VR) simulation designed to replicate a critical situation, eliciting a significant level of stress. This approach enables the analysis of behaviours that may mirror those exhibited by workers in high-risk environments such as oil platforms, deep-sea diving, or bomb disposal units. |
Evaluating Virtual Reality 360 Video to Inform Interface Design for Driverless Taxis
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Author David R. Large, Madeline Hallewell, Madelaine Coffey, Jenna Evans, Leah Briars, Catherine Harvey & Gary Burnett |
| Abstract Autonomous, self-driving taxis are a commonly cited solution for future mobility but inevitably raise myriad human-centred design and usability challenges. However, conducting usability and user experience studies in imagined, future vehicles is troublesome, given the absence of safe, road-worthy exemplars (and indeed, recent COVID-19 restrictions). Applying a novel virtual reality (VR) Wizard-of Oz methodology, fifty-two participants were presented with immersive 360° videos (VR360-videos), which captured interactions with a range of potential human-machine interface (HMI) solutions, aiming to address vehicle identification and on-boarding tasks. Interactions and experiences were acted out by members of the research team, with potential HMIs and constituent tasks informed by a participatory design study, literature review and user requirements elicitation exercise also conducted by the authors. To evaluate the methodological approach, the VR360-videos were presented using either a VR-headset or laptop web-browser, with respondents offered the opportunity to participate in the laboratory or from their home, thus affording a 2×2 between-subjects study design with fixed factors of Method and Location. An overview of the user experience results indicated that all HMIs were generally received positively, with subjective ratings unaffected by Method or Location. Qualitative data suggested potential for greater immersion/presence using a VR-headset, although there were indications of higher “simulator sickness” using this approach. The study provides a novel methodology to deliver immersive user experiences for evaluation. Results will be used to inform HMI design and future evaluations associated with remaining journey stages (in-transit, arrival, payment etc.). |
Human factors in emergency management
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Author Weixuan Li, Glyn Lawson & Gary Burnett |
| Abstract Good emergency management is essential when human beings face natural disasters. However, there are many human factors challenges in this area, in particular teamwork amongst those involved with the response efforts, but also communication, navigation, and workload. This article presents the findings from nine interviews with emergency management practitioners based in China, with an emphasis on the potential use of Virtual- and Augmented-Reality to address the aforementioned human factors issues. |
Does your attention allocation affect how motion sick you can get?
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Author Yue WEI, Xiaojin FU and Richard H. Y. SO |
| Abstract Virtual reality (VR) applications desire maximum vection which is often accompanied by unwanted symptoms of Visually Induced Motion Sickness (VIMS). We report an experiment examining visual attention allocation in the central and peripheral visual field among VIMS susceptible and resistant participants, when exposed to large coherently rotating scene. Results supported our hypothesis that individual VIMS susceptibility is negatively associated with visual attention re-allocation during vection. Findings may enrich our understanding of VIMS and provide potential solutions to optimize vection without causing VIMS. |
The Development and Testing of a Semi-Automated Hierarchical Task Analysis Process
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Author Katherine L PLANT, Neville A STANTON, Loukas RENTZOS, Charalampos VOURTSIS, Stratos ANTONIOU and Konstantinos SMPAROUNIS |
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Assessing the Benefits of Virtual Reality Training for Manual Assembly
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Author Charlotte Temmink & Yee Mey Goh |
| Abstract The aim of this study is to assess, through experimentation, the effectiveness of Virtual Reality training when compared to a traditional written instructions in a manufacturing assembly process. The effectiveness was evaluated in terms of perceived workload and task performance, with participants asked to self-report on the experience during both the written and VR training. Findings indicate that VR training reduced the user’s workload perception and errors made during the task, however there was no significant impact on time taken to complete the task. |
Evaluating Hazard Awareness in Virtual Reality Collaborative Robotics Using Eye Tracking
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Author Joshua Odeniran, Yee Goh |
| Abstract This study evaluates the use of VR as an effective training method of assessing operators’ hazard awareness when working with robots in collaborative tasks. The VR environment used in testing uses the UR_16e robot with three levels where a specific robot variable changes with the aim for the operators to notice. Findings indicate that participants recognised two of the hazards (force and speed changes) and were able to explain the adverse effects. Although directional changes were less frequently identified, this study contributed to their understanding of robotic behaviour. |
