Fig. 1. Holographic waveguide display system. (a) Basic configuration of planar holographic waveguide display system; (b) basic structure of cylindrical holographic waveguide display system

Fig. 2. Diagram of the light propagation inside the cylindrical holographic waveguide with different FOVs

Fig. 3. Diagram of the near-eye display with the cylindrical holographic waveguide. (a) Schematic of wearing effect; (b) structure of holographic waveguide near-eye display system

Fig. 4. Optical path of exposure system fabricated by the holographic waveguide optical element

Fig. 5. Fabricated cylindrical holographic waveguide

Fig. 6. Implemented near-eye display prototype with cylindrical holographic waveguide

Fig. 7. Micro-display image source used by the system. (a) Green high-light OLED image source; (b) corresponding spectral distribution

Fig. 8. Verification experiment of the proposed near-eye display system. (a) Displayed source image; (b) captured photo in bright environment; (c) captured photo in dark environment