QPSK wobble addressing method for rewritable land/groove optical disks [4342-100]
Low thermal budget optical recording: a method for higher recording densities [4342-68]
Crystallization of GeSbTe and AgInSbTe under dynamic conditions [4342-40]
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]
Method for amplitude response estimation in quadratic channels [4342-65]
Piecewise approach of maximum-likelihood receiver [4342-30]
On-groove phase-change optical recording for a capacity of 25 GB [4342-47]
Simulation of recrystallization in phase-change recording materials [4342-16]
1-beam-mastering of groove recording disc with LPP address [4342-85]
Fulgide-doped photopolymers as reversible storage media [4342-80]
Advances in liquid crystal tilt compensation [4342-37]
Experimental study of 28-GB optical disk using a blue laser [4342-114]
DataPlay's mobile recording technology (Invited Paper) [4342-02]