- ホーム
- > 洋書
- > 英文書
- > Science / Mathematics
Full Description
Optical Design of Eyewear Displays is the first comprehensive resource dedicated to the optical engineering of modern augmented- and virtual-reality eyewear. It combines the core principles of geometrical and physical optics with practical design insight, showing how theory translates into the function and form of modern eyewear displays. Covering optical components, the human visual system, design metrics, and microdisplays, as well as optical architectures ranging from freespace to lightguide systems, the book traces the complete journey from principle to product. It draws on decades of innovation and experience and serves as both a reference and guide for optical engineers, researchers, and students, and as an indispensable resource for anyone contributing to the broader ecosystem that connects optics, electronics, and artificial intelligence in next-generation eyewear display technologies.
Contents
Front Matter
1. Introduction to Eyewear Displaysarrow
2. Elements of Opticsarrow
3. Optical Components Used in Eyewear Displaysarrow
4. Elements of the Human Visual Systemarrow
5. Eyewear Display Design Spacearrow
6. Eyewear Display Design Metricsarrow
7. Review of Microdisplay and Laser Technologyarrow
8. Eyewear Display Freespace Optical Architecturesarrow
9. Eyewear Display Lightguide Optical Architecturesarrow
10. Open Challenges in Eyewear Displaysarrow
Calculating the Computer-Generated Hologram Phase
Eyebox
Mathematical Representation of Optical Distortion Functions
Diffraction Efficiency of Volume Holographic Optical Elements
Computational Electromagnetics: 2D Finite-Difference Time-Domain (FDTD)
Reading List
Back Matter
