Exploring the World of Extended Reality | Asmit | Gurzu

In this episode of Knowledge Ketchup, Asmit talks about Extended Reality (XR), covering its usage, development, and exciting future applications.

Transcript

1. Exploring the World of Extended Reality Asmit Ghimire
2. Agenda • Introduction to Extended Reality (XR) • Components of XR: AR, VR, and MR • Technologies Powering XR • Applications of XR in Various Industries • Challenges and Future of XR • Q&A / Discussion
3. What is Extended Reality (XR)? Extended Reality (XR) is an umbrella term for all immersive technologies that extend reality by combining the virtual and physical worlds. Components: • Virtual Reality (VR): Fully immersive virtual environments. • Augmented Reality (AR): Overlaying virtual content onto the real world. • Mixed Reality (MR): Interaction between physical and virtual elements in real-time.
4. • Virtual Reality (VR) ◦ Fully immersive digital environments. ◦ Example devices: Oculus Quest, HTC Vive, PlayStation VR. ◦ Applications: Gaming, simulations, virtual tours. • Augmented Reality (AR) ◦ Overlaying virtual elements on real-world environments. ◦ Example tools: ARKit, ARCore, Snapchat filters. ◦ Applications: Retail, education, marketing. • Mixed Reality (MR) ◦ Blending digital and real-world environments. ◦ Example devices: Microsoft HoloLens, Apple Vision Pro. ◦ Applications: Design, collaboration, industrial training. Components of XR
5. • Hardware ◦ Headsets (Oculus, HoloLens, Magic Leap) ◦ Smartphones and tablets (AR experiences) ◦ Sensors (LiDAR, cameras, haptic gloves) • Software ◦ Development platforms: Unity, Unreal Engine, ARKit, ARCore. ◦ WebXR frameworks: A-Frame, Three.js. • Core Concepts ◦ SLAM (Simultaneous Localization and Mapping) ◦ Spatial Computing ◦ Cloud Rendering Technologies Powering XR
6. • Healthcare ◦ Surgical simulations, therapy, diagnostics. ◦ Example: VR for surgery training. • Education ◦ Immersive learning environments. ◦ Example: AR-enabled textbooks and VR field trips. • Retail and Marketing ◦ AR try-ons and interactive advertisements. ◦ Example: IKEA Place App (AR furniture placement). Application of XR
7. • Gaming and Entertainment ◦ VR/AR immersive gaming experiences. ◦ Example: Pokémon GO, Beat Saber. • Industrial Training ◦ Simulations for hazardous environments. ◦ Example: AR for equipment maintenance. Application of XR
8. Real-World Case Studies ◦ Pokémon GO: Global phenomenon showcasing AR's potential in gaming. ◦ Microsoft HoloLens in Manufacturing: Assisting workers with real-time data overlays. ◦ IKEA Place App: Helping users visualize furniture placement using AR. ◦ VR for Therapy: Using VR to treat PTSD and phobias. ◦ ◦ ◦
9. Challenges in XR • Hardware Limitations ◦ Expensive devices, battery life, and portability issues. • Technical Barriers ◦ Latency, rendering quality, and field-of-view limitations. • User Experience ◦ Motion sickness, accessibility, and user adoption. • Privacy and Security ◦ Data collection concerns in AR/VR experiences.
10. The Future of XR • Lightweight AR Glasses ◦ Replacing smartphones as daily devices. • Metaverse ◦ XR as a gateway to persistent virtual worlds. • AI and XR Integration ◦ Enhancing interactivity and content creation. • 5G and Cloud XR ◦ Enabling real-time XR streaming.
11. Key Takeaways • XR is revolutionizing how we interact with digital and physical spaces. • Applications are growing across industries like healthcare, retail, education, and entertainment. • Challenges exist, but advancements in hardware, software, and connectivity are driving the future of XR. • XR will play a major role in shaping the Metaverse and future immersive experiences.
12. Thank You For Your Precious Time!!