IFCE-HUAWEI

Table of Contents

1. Overview
2. Role
3. Problem
4. Goal
5. Solution
   • Environment Creation
   • Multiplayer Implementation
   • Real-World Accuracy
6. Challenges and Learnings
7. Final Thoughts

Overview

IFCE-HUAWEI is a comprehensive virtual reality simulation designed for training and education. It integrates real-world scanned environments with multiplayer features to create a collaborative, immersive learning platform.

👨‍💼 Role

3D Environment Artist & Network Developer

❓ Problem

1. Required high-fidelity environments for immersive training.
2. Needed real-time interaction among multiple users.

🎯 Goal

1. Recreate educational environments using LIDAR and photogrammetry.
2. Enable multi-user VR interaction with smooth synchronization.

✨ Solution

Environment Creation

• Captured real environments using DSLR, LIDAR, and drones.
• Processed models with Agisoft Metashape and Blender for cleanup.

Multiplayer Implementation

• Integrated Photon to handle real-time networking and player synchronization.
• Optimized for latency and smooth experience.

Real-World Accuracy

• High attention to detail in modeling ensured realistic training scenarios.
• Used actual institutional settings to provide familiarity and relevance.

This flowchart outlines the complete workflow from classroom scanning with DSLR/LIDAR to multiplayer VR deployment, highlighting the integration of real-world objects, spatial accuracy, and networked interaction.

This flowchart outlines the complete workflow from classroom scanning with DSLR/LIDAR to multiplayer VR deployment, highlighting the integration of real-world objects, spatial accuracy, and networked interaction.

⚙️ Challenges and Learnings

• Managing large datasets from LIDAR and photogrammetry required careful optimization.
• Balancing network performance with graphic fidelity was key.
• Hands-on experience with Photon and real-world data capture was invaluable.

✨ Final Thoughts

• The IFCE-HUAWEI project exemplifies how cutting-edge scanning and networking can enhance educational VR.
• Lessons learned here will inform future work in simulation and remote collaboration.