A.R igguguyguyguyguguyggyuguyguygguyg(I.T).pptx

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1. Augmented Reality (AR) Exploring the impact and applications of AR technology. Enhancing real-world experiences with digital elements. D.S.Prasanna 10-A

2. AR overlays digital content onto the real world. It enhances, rather than replaces, reality. Common devices: smartphones, tablets, AR glasses. What is Augmented Reality?

3. 1968: First AR headset created by Ivan Sutherland. 1990: The term ‘Augmented Reality’ was coined. 2016: Pokémon GO introduced AR to the mainstream. Today: AR is widely used in gaming, retail, and healthcare. History of AR

4. Marker-based AR: Uses visual markers like QR codes. Markerless AR: Uses GPS and sensors to position objects. Projection-based AR: Projects digital content onto surfaces. Superimposition AR: Replaces parts of the real world with digital elements. Types of AR

5. Uses cameras and sensors to detect real-world environments. Computer vision processes the real-world input. Rendered digital content is displayed via screens or AR glasses. AR software integrates virtual objects into the real world. How AR Works

6. Artificial Intelligence (AI) for real-time adaptation. Machine Learning (ML) for object recognition. 5G for faster data transmission. Cloud computing for storing and processing large AR datasets. Key Technologies Behind AR

7. Gaming: Pokémon GO revolutionized mobile gaming. Retail: Virtual try-ons in fashion and accessories. Healthcare: AR-assisted surgeries and medical training. Education: Interactive learning through AR simulations. Manufacturing: Real-time guidance for assembly and repairs. Applications of AR

8. Blends virtual elements into real environments. Popular games: Pokémon GO, Minecraft Earth, and Harry Potter: Wizards Unite. Future trends: More immersive AR experiences with AI integration. AR in Gaming

9. Virtual try-ons for clothing and accessories. AR-enhanced shopping experiences (e.g., IKEA Place app). Bridges the gap between online and offline shopping. AR in Retail

10. Surgeons use AR for enhanced visualization during procedures. Medical students train using AR simulations. Patients benefit from AR-assisted rehabilitation and diagnostics. AR in Healthcare

11. Immersive learning through interactive 3D models. Medical and engineering students benefit from virtual practice. AR classrooms provide interactive and engaging experiences. AR in Education

12. Assists workers in real-time assembly tasks. Improves quality control with digital overlays. Reduces human errors and enhances efficiency. AR in Manufacturing

13. The AR industry is projected to reach $97.76 billion by 2028. Driven by increasing adoption across multiple industries. AR hardware and software development are rapidly evolving. Market Growth of AR Source: Statista Global AR Market Growth

14. High development costs. Hardware limitations and battery life issues. Privacy and security concerns. User adaptation and accessibility challenges. Challenges in AR

15. Privacy issues with data collection. Potential for misinformation and deepfake content. Impact on social behavior and mental health. Ethical Concerns in AR

16. Advancements in AI will enhance AR experiences. 5G networks will enable smoother, real-time interactions. AR will further integrate into everyday life, from shopping to navigation. Mixed Reality (MR) will bridge AR and VR technologies. Future of AR

17. Conclusion AR is revolutionizing industries worldwide. Future innovations will drive deeper integration into daily life. The potential of AR is limitless with advancing technology.

18. Thank You