Description
The seven-volume set LNCS 15737-15743 constitutes the proceedings of the International Conference on Extended Reality, XR Salento 2025, held in Otranto, Italy, during June 17-20, 2025.
The 128 full papers presented together with 65 short papers were carefully reviewed and selected from 256 submissions. The papers are organized in the following topical sections:
Part I: Virtual Reality; and Augmented and Mixed Reality.
Part II: Extended Reality; and Extended Reality in Education and Learning.
Part III: Transforming Research and Clinical Interventions with eXtended Reality.
Part IV: Digital Twin: Innovative Approaches in Industry and Healthcare.
Part V: eXtended Reality for Cultural Tourism Sustainability; eXtended Reality for Art, Design, and Entertainment; and Digital Twin and Smart Virtual Representations for Cultural Heritage.
Part VI: Crafting Virtual Humans for Immersive XR Applications; and eXtended Reality for Serious Games.
Part VII: Artificial Intelligence; Integrating Artificial Intelligence, Computer Vision and Augmented Reality in Computer-Assisted Intervention; and AI-Driven XR Innovations in Healthcare: Bridging Technology and Ethics.
Table of Contents
.- Artificial Intelligence.
.- Artificial intelligence enabled indoor localization and navigation: A review.
.- From neurocognitive functions and individual differences to AI-driven Human-Robot Collaboration.
.- Application of Artificial Intelligence Models for Criminal Profiling.
.- The Power of AI-driven Technological Development on the Working Environment and Decision-Making Process in the Digital Landscape.
.- Mobile application of the hybrid propulsion system using deep learning.
.- Enhancing Accessibility and Inclusivity in Business Meetings through AI-Driven Extended Reality Solutions.
.- Perspective-Aware AI in Extended Reality.
.- A case study of the FRIA project: Supporting human evaluation of an AI-based hiring system.
.- Decryption of Evolutionary Fractals by means of Procedural Randomness generated with an Intelligence Model based on the CSN Algorithm.
.- Integrating Artificial Intelligence, Computer Vision and Augmented Reality in Computer-Assisted Intervention.
.- Exploring the Potential of AR in Simulating Central Vision Loss: An Experimental Study with HoloLens2.
.- An integrated VR-based tele-rehabilitation platform to support RECOVERY and maintenance of FUNctional abilities among seniors: Italian trial results.
.- The Future of XR Healthcare: Bridging the Gap Between Technology and Personalized Medicine.
.- A Comparative Analysis of VR-Based Hand Therapy Using Custom Orthotic Controllers and Commercial Hardware.
.- Comparative Evaluation of Deep-Learning-Based Generative Methods for Material Generation in 3D Modelling Workflow.
.- ChatGPT Voice as a Tool for Improving Pronunciation in English: A Case Study of Spanish-Speaking University Students.
.- BabloAI: Generative AI for XR in Education.
.- AI-based Services to Support Language-Learning for Deaf and Hearing Individuals in Immersive XR Settings.
.- Evaluating Deep Learning Architectures for Real-Time Binary Surgical Tool Segmentation in Minimally invasive Surgeries.
.- AI-Driven Surgical Tool Localization in Microsurgical Training Simulations.
.- Hand Gesture Recognition for Virtual Reality: An LSTM-Based Approach for Multi-Class Classification.
.- Avateacher: Enhancing Industrial Maintenance with private-Network LLMs and Retrieval-Augmented Generation.
.- Dual-Camera System for AI Markerless 3D Lower Limb Motion Analysis.
.- AI-Driven XR Innovations in Healthcare: Bridging Technology and Ethics.
.- Explore Unfamiliar Environments with Virtual Reality Applications.
.- Augmented Reality in Robotic Mitral Valve Repair.
.- Reasoning Models and Decision-Making in Medicine - Are We Finally There?.
.- Redefining Care and Work Practices: The Role of Autonomy in the Future of Nursing Homes.
.- Cooking Activity Recognition Using Accelerometers and Electromyography Sensor.
.- Transformer-enhanced Virtual Reality for Smart Anatomical Dissection Learning.
.- Enhancing Education Training with A Virtual Reality-Based Simulator Integrated Generative AI.
.- Towards a Mixed Reality Companion to Support Nurses in Medication.
.- Acute leukemia (LAML) and artificial intelligence: predictive technologies for prognosis, recurrence and response to treatment.
