Social CommunicationAutism & Neurodivergent

Conceptual design and prototype of an immersive VR CAVE application for training social skills in children with mild autism - early-stage development paper from Cyprus University of Technology

Matsentidou S, Poullis C · 2014 · Proceedings of the 5th International Conference on Information Visualization Theory and Applications (IVAPP) · Case Study 0 · Conceptual design paper targeting children with mild autism (no clinical sample) · DOI
Evidence certainty: Very low certainty
How this was rated

Conceptual design and prototype paper, not an outcomes study. Peer-reviewed conference paper at IVAPP 2014 (SciTePress proceedings - peer-reviewed but lighter review process than full-paper journal review). Empirical data on participants is not central to the paper. CAVE-based VR is a specialized research-grade modality (room-scale projection environments) and the clinical translatability to consumer HMDs is limited. The paper's value is in historical / methodological context within the autism-VR design literature, not as efficacy evidence.

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A peer-reviewed conference paper presenting the design and prototype of an immersive VR CAVE-based application for training social skills in children with mild autism. The work is presented as early-stage development - the authors describe the design rationale (drawing on Strickland 1997 and Parsons & Cobb 2011), the CAVE-based immersive visualisation approach, and target use cases for children's social-skill enhancement. Empirical efficacy data on autistic children using the system are not central to this paper - it is a development and conceptual contribution, not a clinical-outcomes study.

Clinical bottom line

An early-stage conceptual design paper for a CAVE-based immersive VR application aimed at social-skills training in children with mild autism. Useful as historical and methodological context within the autism-VR literature; NOT clinical efficacy evidence. CAVE systems (room-scale immersive projection environments) are largely superseded by consumer HMDs for therapeutic deployment, so the platform choice limits direct translation to current Therapy withVR-style clinician-controlled VR work.

Key findings

  • Conceptual design and prototype description of an immersive VR CAVE application for training social skills in children with mild autism
  • Authors: Matsentidou and Poullis at the Immersive and Creative Technologies Lab, Cyprus University of Technology
  • Design rationale draws on Strickland (1997) early autism-VR work and Parsons & Cobb (2011) state-of-the-art review of VR for children on the autism spectrum
  • CAVE-based immersive visualisation environment is the platform - room-scale projection rather than head-mounted display - which is a research-grade modality less directly applicable to clinical deployment with consumer HMDs
  • Two research questions framed by the paper: (1) can VR technologies effectively enhance the social skills and behaviors of children with mild autism? (2) can the immersive visualisation application be considered a new and innovative method of treatment?
  • Paper is positioned as early-stage development - the systematic empirical evaluation of the prototype with autistic children is identified as future work rather than completed and reported
  • Cited by Ip et al. 2018 as part of the broader autism + VR design literature

Background

By 2014, VR for autism social-skills training was an active research area, anchored by Strickland’s 1997 early work and the Parsons & Cobb 2011 state-of-the-art review. Most published VR-for-autism research used head-mounted displays or desktop VR setups. CAVE-based immersive projection environments (room-scale visual environments with multiple projection walls) offered a methodologically different platform: full-body presence in a shared physical space without the eye-isolation and HMD-fit issues that can affect autistic children’s tolerance.

What the researchers did

The authors presented the design rationale and prototype description for an immersive VR CAVE application aimed at training social skills in children with mild autism. The paper is positioned as early-stage development:

Why this matters

For clinical decision-making, this paper’s contribution is methodological and historical rather than evidence-based. The CAVE platform is largely superseded by consumer HMDs in current clinical practice. The empirical research questions the paper raised have been addressed in subsequent outcome studies - Smith 2014 (VR job interview training for autistic adults), Kandalaft 2013 (VR social cognition training for young adults with high-functioning ASD), Didehbani 2016 (VR social cognition training for autistic children), McCleery 2026 (VR police-interaction RCT for autistic adolescents), Bailey 2022 (autism + comm-disability VR/AR review), Ip 2018 (VR social adaptation skills for autistic children).

Limitations

Implications for practice

For clinicians using VR with autistic children, this paper is historical / methodological context rather than clinical-decision evidence. The CAVE platform is largely superseded by consumer HMDs for clinical deployment - Meta Quest 2/3 has effectively replaced room-scale projection environments for therapeutic use. The design questions the paper raises - whether VR can enhance social skills in autistic children, whether immersive visualisation is a useful intervention modality - have been addressed in subsequent empirical work (Smith 2014, Kandalaft 2013, Didehbani 2016, McCleery 2026, Bailey 2022, Ip 2018). Clinicians should rely on those outcome studies for evidence-based decisions.

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Cite this study

If you reference this study in your work, the canonical citation formats are:

APA 7th
Matsentidou, S., & Poullis, C. (2014). Immersive Visualizations in a VR Cave Environment for the Training and Enhancement of Social Skills for Children with Autism. Proceedings of the 5th International Conference on Information Visualization Theory and Applications (IVAPP). https://doi.org/10.5220/0004678702300236.
AMA 11th
Matsentidou S, Poullis C. Immersive Visualizations in a VR Cave Environment for the Training and Enhancement of Social Skills for Children with Autism. Proceedings of the 5th International Conference on Information Visualization Theory and Applications (IVAPP). 2014. doi:10.5220/0004678702300236.
BibTeX
@article{matsentidou2014,
  author = {Matsentidou, S. and Poullis, C.},
  title = {Immersive Visualizations in a VR Cave Environment for the Training and Enhancement of Social Skills for Children with Autism},
  journal = {Proceedings of the 5th International Conference on Information Visualization Theory and Applications (IVAPP)},
  year = {2014},
  doi = {10.5220/0004678702300236},
  url = {https://withvr.app/evidence/studies/matsentidou-2014}
}
RIS
TY  - JOUR
AU  - Matsentidou, S.
AU  - Poullis, C.
TI  - Immersive Visualizations in a VR Cave Environment for the Training and Enhancement of Social Skills for Children with Autism
JO  - Proceedings of the 5th International Conference on Information Visualization Theory and Applications (IVAPP)
PY  - 2014
DO  - 10.5220/0004678702300236
UR  - https://withvr.app/evidence/studies/matsentidou-2014
ER  -

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Funding & independence

Affiliations: Immersive and Creative Technologies Lab, Cyprus University of Technology, Limassol, Cyprus. Funding sources not extracted in detail. Peer-reviewed conference paper at IVAPP 2014 - International Conference on Information Visualization Theory and Applications (SciTePress proceedings, peer-reviewed conference). No withVR BV involvement in funding, study design, or authorship. Summary prepared independently by withVR using the published peer-reviewed paper. The VR system described is a CAVE-based research configuration, NOT Therapy withVR or Research withVR.

Last reviewed: 2026-05-17 Next review due: 2027-05-17 Reviewed by: Gareth Walkom