Optical Data Storage Topical Meeting and Tabletop Exhibit
May 20 – 23, 2007
The Benson Hotel
Portland, Oregon
Postdeadline Paper Abstracts
Below are the abstracts from the postdeadline papers that were accepted for
presentation at this year’s Optical Data Storage Topical Meeting. Three-page
extended summaries of each of the accepted papers will be available on-site at
the meeting as part of registration materials.
TuEPDP1—Low Shrinkage Angular Distortion after Fixing by New Holographic
Recording Material, Yoshihisa Usami1, Toshio Sasaki1, Makoto Kamo1, Satoru
Yamada2, Hiroyuki Suzuki2, Masatoshi Yumoto2; 1Frontier Core-Technology Labs,
Fujifilm, Japan, 2Synthetic Organic Chemistry Labs, Fujifilm, Japan. This paper
reports the evaluation results of low shrinkage angular distortion after fixing
by a new holographic recording material.
TuEPDP2—Error Correcting Sparse Permutation Channel Codes for Digital
Holographic Data Storage, Sergei S. Orlov1, Kirill V. Shcheglov2, Hongtau Liu3,
Snejana I. Abarji3; 1Stanford Univ., USA, 2NASA JPL, USA, 3Illinois Inst. of
Technology, USA. We present a new class of modulation codes based on permutation
coding which satisfy the channel coding constraint suitable for digital
holographic data storage, and simultaneously have strong error correction
capability at high code rates.
TuEPDP3—Study of Aberration Compensation for Optical Pick-up in
Three-Dimensional Multi-Layer Optical Memory, Seiichiro Takahashi, Yoshiyuki
Matsumura, Masaaki Shidochi, Satoshi Sumi, Yoichi Tsuchiya; Optical Device Div.,
Electronic Device Co., Sanyo Electric Co., Ltd., Japan. We developed an optical
pick-up with spherical aberration compensation for multi-layer optical disk. The
measured beam profile is compared with simulation results. We confirm that the
measurement result gives good agreement with the simulation result.
WDPDP1—253GB Recorded in Two-Photon 3D Disk, Edwin Walker, Alexander Dvornikov,
Ken Coblentz, Sadik Esener, Peter Rentzepis; Call/Recall, Inc., USA. 253GB have
been recorded in one of our two-photon 3-d disks. Experiments indicate a roadmap
of full disk recordings from 0.5 to 1TB utilizing our very stable and efficient
materials and new high-performance objective lens.
WDPDP2—High-Speed Data Recording and Retrieving Using the Image-Stabilizing
Technique in a Coaxial Holographic Disk System, Koji Takasaki, Kazuyuki Hirooka,
Takahiro Takeda, Tatsuo Hori, Hitoshi Okada, Masaaki Hara, Kazutatsu Tokuyama,
Shinji Yamada, Satoru Seko, Atsushi Fukumoto, Kenjiro Watanabe; Sony Corp.,
Japan. 107 Mbps and 92 Mbps data-transfer rates for recording and retrieving,
respectively, have been achieved by improving the coaxial holographic disk
system using the IS technique.
WDPDP3—Interlayer Cross-Talk Reduction by Controlling Backward Reflectivity for
Multilayer Disks, Junko Ushiyama1, Yasushi Miyauchi2, Toshinori Sugiyama2,
Toshimichi Shintani1, Takahiro Kurokawa1, Harukazu Miyamoto1; 1Central Res. Lab,
Hitachi Ltd., Japan, 2Next Generation Optical Disk Ctr., Hitachi Maxell Ltd.,
Japan. Interlayer cross-talk reduction method by controlling backward
reflectivity of information layers was proposed. The influence of ghost spot was
suppressed even for the disks designed with the same spacer layer thickness.
WDPDP4—DHDTM CROP Holographic Storage Media for Advanced Optical Data Storage,
David Waldman, E. S. Kolb, C. Wang; Aprilis, Inc., USA. Dynamic range(νm) and
recording sensitivity(SR) are reported for co-locationally multiplexed holograms
recorded at 407 nm in DCE Aprilis DHD™ Type E holographic media utilizing the
high-performance low shrinkage Cationic Ring-Opening Polymerization (CROP)
chemistry method.
WDPDP5—Disc Design for Reduction of Random Data Bit Error Rate in
Super-Resolution, Soichiro Eto, Hiroyuki Minemura, Yumiko Anzai, Toshimichi
Shintani; Central Res. Lab, Hitachi Ltd., Japan. The disc design, simulation and
experimental results are presented to improve bit error rate in super-resolution
readout by reducing normal-resolution signal which causes the noise in readout
of random data.
WDPDP6—Effect of Substrates on Recording Properties of Blue-Sensitive
Photopolymers, Akiko Hirao, Rumiko Hayase, Tsukasa Nakai, Kazuki Matsumoto;
Storage Materials and Devices Labs, Corporate Res. and Development Ctr.,
Toshiba, Japan. Effects of substrates on recording properties of blue-sensitive
photopolymers are reported for the first time. Polycarbonate substrate lowers
M/#. Threshold energy are enlarged for polycarbonate substrate. Introduction of
SiO2 layer improves the recording properties.