Holographic memory in solid state architecture [4342-67]
PRML channel for a high-transfer-rate optical disk [4342-54]
Performance evaluation of asymmetrical run-length-limited code for optical disks [4342-27]
Optical characterization of multilayer stacks for phase-change media [4342-78]
High-density rewritable holographic recording onto photochromic composite media [4342-76]
UV embossing process for multilayered waveguide holographic memory media [4342-06]
Tolerance issues in solid immersion lens systems [4342-77]
Media design of ID PHOTO disk with the CAD structure [4342-75]
Groove-only recording under DVR conditions [4342-48]
New absorption control layer of high-density phase-change optical disk [4342-64]
Read/write demonstrator of rewritable holographic memory card system [4342-56]
Experimental test bed for hybrid recording [4342-44]
Nonperiodic phase structures in optical disk systems [4342-39]
Measuring spherical aberration for the dynamic compensation of substrate-thickness errors [4342-36]
Design aspects of waveguide hybrid advance MEMS (WHAM) [4342-07]
Optical disk recording system of 25-GB capacity [4342-96]
100-Mbps high-speed phase-change recording with blue laser [4342-97]
Simulation study for high-density optical disk system [4342-108]
Performance of the limit equalizer for transforming edge position shift [4342-81]