0000000001229512

AUTHOR

Jani Holopainen

showing 14 related works from this author

Sociability in Virtual Reality

2021

This study investigates sociability in the context of immersive Virtual Reality (VR). A Design Science Research process was applied, and three iterative development versions of a VR application were studied. Sociability around the technology was investigated with two theoretical perspectives: social presence and social interactions. The results of qualitative interviews and observations as well as a quantitative experiment are combined to make a proposal for four design principles enhancing the beneficial sociability of VR systems. These principles address the importance of ease-of-use and personalization in the activation of a customer, customer empowerment and emancipation through familia…

Iterative and incremental developmentComputer sciencebusiness.industryProcess (engineering)media_common.quotation_subject05 social sciencesGeneral EngineeringContext (language use)Virtual realityPersonalizationUser experience designHuman–computer interaction0502 economics and business050211 marketingDesign science researchEmpowermentbusiness050203 business & managementmedia_commonACM Transactions on Social Computing
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Enabling Sociability When Using Virtual Reality Applications : A Design Science Research Approach

2019

Immersive virtual reality applications aim at providing an all-encompassing spatial experience where a user can feel like being in another world or dimension. The systems are inherently designed for individual use as the devices disconnect the user from the physical environment. However, the applications are seldom used alone. Specifically, when used for sales and marketing, the user often needs help from other people but also benefits from social interaction as a part of the experience. Design research methodology is applied to three iterative development versions of a virtual-reality application. The focus of the evaluation of the artifacts is in the social use emphasizing three sociabili…

4112 ForestryCustomer experienceEngineeringdigital servicespalvelutbusiness.industrydesign scienceeducationpäätöksentekoDesign scienceVirtual realitydigitalizationvirtuaalitodellisuusasiakkaattäydennetty todellisuusHuman–computer interactionmobiilipalvelutdecision analyticsDesign science research512 Business and Managementkäyttäjäkokemusbusinessdigitalisaatiolisätty todellisuus
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Scaling Consultative Selling with Virtual Reality: Design and Evaluation of Digitally Enhanced Services

2018

Virtual, augmented, and mixed reality technologies allow creation of powerful customer experiences and illustrative demonstrations especially in use cases that benefit from spatial visualizations. Our study focuses on the natural resource management sector and digitalizing of consultative selling process. More specifically, we look at how to improve customer engagement with the use of virtual reality (VR) and thus digitally scale consultative selling. In this process, a VR application is used to demonstrate various management operations and their economic results. Design research methodology is applied to a pre-development phase and three application development iterations between 2016 and …

Customer engagement4112 ForestryProcess (engineering)Computer science05 social sciencesVirtual realityPhase (combat)Virtual realityMixed realityFramework for evaluation in design scienceHuman–computer interactionScale (social sciences)0502 economics and businessConsultative selling050211 marketingUse case512 Business and ManagementNatural resource managementDesign science research methodology050203 business & management
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Problem Space Identification for Developing Virtual Reality Learning Environments

2021

Our study argues that the extant literature on virtual reality-based learning environments (VRLEs) currently lacks proper definitions and context descriptions for a problem space, which is fundamental for conducting design science research (DSR). Without properly conducted problem space identification, the most pivotal problems cannot be identified resulting solutions lacking validity and unreliable evaluations. This is a major challenge for the DSR in the educational field, but also for the research on VRLEs. The purpose of this paper is to introduce a novel DSR method to support rigorous problem space identification, which would allow rigorous and profound problem space analysis. The inst…

4112 ForestrykoulutusteknologiaComputer scienceDesign-based researchkehittämistutkimuseducational design research02 engineering and technologyVirtual realityEducational design researchvirtual reality learning environmentsvirtuaalitodellisuus03 medical and health sciencesIdentification (information)0302 clinical medicineHuman–computer interactiondesign science research0202 electrical engineering electronic engineering information engineering020201 artificial intelligence & image processing030212 general & internal medicineDesign science research512 Business and Managementdesign based research1172 Environmental sciencesProblem space
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Education for optimized Life Cycle Management : The Project e-CIRP and its insights into embedding circular economy aspects to product design via tea…

2022

Publisher Copyright: © The Authors, published by EDP Sciences. The integration of circular economy-based life cycle management (LCM) into product design and optimisation is essential for the transformation towards a circular economy (CE). However, companies often lack the expertise to adapt life-cycle design (LCD) thinking in their business operations and are in need of respective capacity building. To close this apparent gap is the aim of the project e-CirP (Embedding Circular Economy into Product Design and Optimization) where LUT University, Fraunhofer, Technical University of Denmark, University of Padova, Delft University of Technology, University of Helsinki and Metso Outotec have wor…

elinkaariarviointikiertotalousprojektioppiminen516 Educational sciencesSDG 8 - Decent Work and Economic Growthtuotekehitys/dk/atira/pure/sustainabledevelopmentgoals/responsible_consumption_and_productionSDG 12 - Responsible Consumption and Production/dk/atira/pure/sustainabledevelopmentgoals/decent_work_and_economic_growth
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Developing design knowledge and a conceptual model for virtual reality learning environments

2021

This chapter focuses on applying design science research for virtual reality learning environment (VRLE) design processes. Six selected case studies are presented in the context of VRLEs. The case selections were analyzed in terms of their contributions to design knowledge. The objective of this book chapter is twofold: 1) for researchers, the design knowledge contributions of case studies are highlighted for future reference, and 2) for developers and practitioners, design principles are presented for the development of VRLEs. The final outcome of the present study is a conceptual model describing the current design knowledge in the field of VRLEs and identifying the research gaps that sho…

Computer science4. Education05 social sciencesConceptual model (computer science)050301 education020207 software engineering02 engineering and technologyVirtual realityDesign knowledge113 Computer and information sciencesHuman–computer interaction0202 electrical engineering electronic engineering information engineering516 Educational sciences0503 education
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Virtual reality as a recovering environment - Implications for design principles

2020

In this study, a simulated, VR-based environment was built and analyzed to explore if a VR environment can possess recovering effects. 61 university students tested a VR application depicting a forest and answered survey questions about the experience. The results showed that VR-environment can indeed have recovering effects. Moreover, when comparing to previous studies in real forests, the recovery effects were at similar levels. The study results suggest that as the VR-based environments can possess recovery effects, they can work as recovery environments at schools or similar environments. The study results offer implications for the designers and propose design principles to build recov…

Work (electrical)Directed attention fatigueComputer scienceHuman–computer interaction05 social scienceseducationDesign elements and principles050109 social psychology0501 psychology and cognitive sciences516 Educational sciencesVirtual reality512 Business and Management050105 experimental psychology
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How to get things done in social virtual reality : A study of team cohesion in social virtual reality–enabled teams

2022

Social virtual reality (SVR) enables teams to operate in a virtual environment that simulates and enhances real-world interactions. However, there is an absence of empirical analysis of how SVR can affect the performance of virtual teams. This paper documents how SVR affects the formation of team cohesion (i.e., task cohesion and social cohesion), which is a critical success factor for team performance. To address this gap in the research, we conducted a qualitative study by interviewing 20 members from virtual teams assigned to perform a challenging collaborative task in SVR. As a contribution, our study identifies five primary affordances and 11 sub-affordances for team cohesion in SVR. W…

social cohesionsocial virtual reality512 Business and managementteam cohesion113 Computer and information sciencessosiaalinen vuorovaikutustiimityövirtuaalitodellisuustiimitsuoriutuminenyhteenkuuluvuusDesign Development and Evaluation of Collaboration Technologiessosiaalinen koheesioteam performancetask cohesion
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Applying Affordances Scale as a Design Method : Case Virtual Reality Course Design

2021

Practitioners including designers and teachers developing Virtual Reality (VR) courses are facing a question regarding the strengths and subject areas in which VR-enriched courses might have the highest potential compared to conventional courses. The present study develops a survey scale to assess and match industry managers’ requirements for skills for working life. The same scale was surveyed among two different groups of higher education students participating in conventional courses and a VR-aided course. The results indicate that the industry requirements were higher than met by the both course types. However, the results highlight a set of skills for which the VR courses have the high…

verkkokurssitScale (ratio)Computer sciencekehittämistutkimus4. Education05 social sciences050301 educationcourse designVirtual reality050105 experimental psychologyaffordanceCourse (navigation)virtuaalitodellisuusHuman–computer interactiondesign science researchComputingMilieux_COMPUTERSANDEDUCATIONvirtual reality0501 psychology and cognitive sciences516 Educational sciencesskills for working lifetyöelämävalmiudetAffordance0503 education
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The use of virtual reality as a potential restorative environment in school during recess

2020

Publisher Copyright: © 2020, Springer Nature Switzerland AG. Copyright: Copyright 2021 Elsevier B.V., All rights reserved. Previous research has found out that simulated, Virtual Reality (VR)-based forests can bring equal or even higher restorative effects than real forests. In this study, a Virtual Reality (VR)-based forest was created in order to compare whether VR-based forest can possess restorative effects in the context of primary school, and how the possible effects compare to restorative effects of a normal recess or to a situation when there is no recess at all. The effects were measured using Restorative Outcome Scale (ROS) and problem-solving tasks after the intervention. The res…

Restorative outcome scale attention restorationpalautuminen05 social sciencesApplied psychologySignificant differenceeducationStatistical differencekoululaisetVirtual forest050109 social psychologyContext (language use)Virtual realityvälitunnitmetsät050105 experimental psychologyVirtual realityvirtuaalitodellisuus0501 psychology and cognitive sciencesPsychologyluonnonympäristö1172 Environmental sciences
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Stakeholder Strategy and Design Alignment Framework for Design Science Research – A Study in the Context of VR-Aided Marketing and Sales

2020

This study introduces a framework to align various perceptions and objectives that different stakeholders have at the beginning of a Design Science Research (DSR) process and consolidate them into stakeholders’ strategies and theory-ingrained design artifacts. We coin this framework as Stakeholder Strategy and Design Alignment (SSDA). As an application area, we concentrate on a Virtual Reality (VR) application designed for marketing and sales purposes. The empirical testing of the framework shows that the marketing and sales potential of the application are, indeed, perceived very differently among three stakeholder groups: company representatives, developers and customers. In addition to t…

Knowledge managementCo-designed Services and Applications [Mixed Augmented and Virtual Reality]Computer sciencebusiness.industryeducationStakeholderContext (language use)Virtual realitymarkkinointiviestintävirtuaalitodellisuusmyyntityösalesdesign science researchmarkkinointimarketingvirtual realityDesign science researchsidosryhmät512 Business and Managementbusinessstakeholder alignmentdigitaalinen markkinointiProceedings of the Annual Hawaii International Conference on System Sciences
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Learning Outcomes in HMD-VR: a Literature Review

2022

While the educational technology has developed to the point that Extended Reality (XR), including immersive Virtual Reality (VR) can be used in education, the learning outcomes of these technologies in the large scale is still quite unknown. This literature review aims to take a comprehensive look to the field of immersive VR in to find out where the learning outcomes of HMD-VR stands out, and how they compare to other technologies and methods. The main result of this paper is that while HMD-based Virtual Reality Learning Environments (VRLEs) may not be superior compared to other technologies such as desktop-based VR environments regarding direct learning outcomes, a clear indication toward…

motivaatiolearning motivationlearning engagementoppimisympäristölearningkoulutusteknologiaoppiminenhead-mounted-displayssitoutuminenoppimistuloksettavoitteetvirtuaalitodellisuusvirtuaalilasitlearning outcomesimmersiveHMDteknologiavirtual realityopetusteknologiakirjallisuuskatsauksetlisätty todellisuusSeminar.net
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Immersive Virtual Reality Education Application : Four Development Iterations along Design Science Research Methodology

2022

This study introduces a research and development process of an immersive Virtual Reality (VR) education application. Altogether four application development iterations are showcased along the Design Science Research methodology. The results show how initial problems change and new problems occur during the course of a long-term DSR project with multiple iterations. Moreover, the study results confirm various previous findings, for example, that VR works better on higher learning levels such as application -level and personalization is a way to achieve this. In addition, 360 photos and videos were found to be easy and cost-efficient ways to increase personalization of VR applications. The re…

immersivelong-term studyopetusohjelmat (tietokoneohjelmat)design science researchkehittämistutkimuslearning applicationvirtual reality113 Computer and information sciencesohjelmistokehitysAdvances in Teaching and Learning Technologiesvirtuaalitodellisuus
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Immersive Virtual Reality in Experiential Learning : A Value Co-creation and Co-destruction Approach

2023

Immersive Virtual Reality (later VR) has its potential in enabling learning experiences. Several studies adopt experiential learning as a key concept to understand the outcomes of VR. This study consists of two parts – the first part conducts a systematic literature review on VR experiential learning and suggests seven main dimensions for the concept identified by the existing literature: engagement, sociability, contextual information, physical sensation, interactivity, cognitions, and presence. The second part adopts a value co-creation and co-destruction approach to empirically test the construction underlying VR experiential learning. The findings indicate 33 value co-creation and 19 va…

experiential learningkoulutusteknologiaarvonluontivirtual realitykokemusoppiminendesign featuresvalue co-creationvalue co-destructionvirtuaalitodellisuus
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