Introduction : the road to holographic data storage ; holographic data storage ; holographic data storage markets -- Introduction to holographic data recording : holographic basics ; volume holograms ; multiplexing techniques ; address space limitations on holographic densities -- Drive architectures : collinear/coaxial architecture ; InPhase architecture ; monocular architecture -- Drive components : laser ; SLM ; Image sensor ; beam scanners ; Isoplanatic lenses ; polytopic filter -- Materials for Holography : Requirements for Materials for HDS ; Candidate Material Systems -- Photopolymer recording materials : Photopolymer design ; Holographic recording in photopolymers ; rewritable -- Media manufacturing : Tapestry Media Overview ; Media Manufacturing Process ; Specifications for the Tapestry Media ; Manufacturing of Higher Performance Tapestry Media -- Media Testing : Plane Wave Material Testing ; Bulk Index Measurements ; Scatter Tester ; Scanning Index Microscope -- Tapestry Drive Implementation : Optical Implementation ; Mechanical Implementation ; Electronics and Firmware ; Defect Detection -- Data Channel Modeling : Physical Model ; Channel Identification ; Simple Channel Models -- Data Channel : Data Page Formatting ; Data Channel Metrics ; Oversampled Detection ; Page Level Error Correction -- Future Data Channel Research : Phase Quadrature Holographic Multiplexing ; Other Research Directions -- Writing Strategies and Disk Formatting -- Servo and Drive Control -- Holographic Read Only Memories -- Future Developments

1. Holographic storage devices (Computer science)