| Name |
Affiliation |
Talk Title |
| I) 15aA: Special Talk |
| Etsuhiko SHOYAMA |
Chairman of the Board, Hitachi LTD. |
Creating Scientific Development and Persistent Innovation
|
| II) 15aB: System and application |
| William C. CAIN |
Western Digital |
Storage Market: Opportunities, Myths and Facts |
| Fumio KUGIYA |
Hitachi GST Japan, Ltd. |
iVDR Business Perspective |
| Hyung Jai LEE |
Samsung Information Systems America |
The Future of SFF HDD and Its Competitiveness to SSD |
| Yiao-Tee HSIA |
Seagate Tech. |
A Preliminary Study of Application of Magnetic Hard Disk Drive for Deep-Space Exploration Missions |
| III) 15pA: Over 1Tbpsi Head Technologies symposium |
| Sining MAO |
Western Digital |
Designs and Callenges for 1Tbit/in2 Reader |
| Yuankai ZHENG, Guchang HAN |
Data Storage Institute |
Thermal Magnetic Noise Control in the Ultra-High Density Read Head |
| K. YAMAKAWA |
AIT, Akita Prefectural R & D Center |
Shielded Planar Write Head |
| Ganping JU |
Seagate Technology |
Updates on Heat Assisted Magnetic Recording |
| Jimmy ZHU |
Carnegie Mellon University |
Microwave Assisted Magnetic Recording |
| IV) 15pF: Social Impact symposium |
| Thomas M. COUGHLIN |
Coughlin Associates |
Personal Storage for Mobile Applications |
| Ryosuke SHIMIZU |
Matsushita Electric Industrial Co. Ltd. |
Expanding HDD installation to the digital consumer electronics - The evolution of HDD is boosting up the progress of a digital consumer electronics - |
| Shigenori TOKUMITSU |
Toshiba Corporation |
TV with HDD |
| Robert THIBADEAU |
Seagate Technology |
Secured Storage |
| V) 16aA: R/W Session |
| Mitsuhiro HASHIMOTO |
Hitachi Ltd. |
Influence of patterning fluctuation on read/write characteristics in discrete track and bit patterned media |
| VI) 16aB: Head Session |
| Yimin HSU |
Hitachi GST |
Wrap-Around Shield Heads for High Areal Density Perpendicular Magnetic Recording |
| Tetsuya ROPPONGI |
TDK Corporation |
Perpendicular Magnetic Recording Heads for High Track Density |
| Hiroyuki KATADA |
Hitachi, Ltd. |
CPP-GMR Heads with a Current Screen Layer for High-Areal-Density |
| VII) 16pA: Advanced media symposium |
| Migaku TAKAHASHI |
Tohoku University |
Advanced Granular-Type Perpendicular Recording Media - New materials and new stacked layer form - |
| Dieter SUESS |
Vienna University of Technology |
Exchange Spring Media for Perpendicular Recording |
| Satoshi OKAMOTO |
IMRAM, Tohoku University |
Magnetization behavior of nanomagnets for patterned media application |
| T. THOMSON and B. TERRIS |
San Jose Research Center, Hitachi GST |
Reversal and Recording Properties of Bit Patterned Media |
| R.W. CHANTRELL |
University of York |
Magnetic properties of High Tc/ low Tc bilayers for HAMR |
| VIII) 17aA: Media session |
| Hiroaki NEMOTO and Yuzuru HOSOE |
Hitachi, Ltd. |
Magnetic Design of Capped Perpendicular Media with Minor Loop Analysis |
| R. SINCLAIR |
Stanford University |
High Resolution TEM Analysis of Perpendicular Storage Media |
| IX) 17aB: HDI & servo |
| Kyosuke ONO |
Hitachi Ltd. |
Dynamic Instability and Stabilizing Design Concept of Flying Head Slider in Near Contact Region |
| Bo LIU |
Data Storage Institute |
Head-Disk Interface Technology Towards Intermittent Lubricant Contact Recording |
| X) 17pA: Signal processing |
| Hidetoshi SAITO |
Kogakuin University |
Future Signal Processing for Magnetic Storage - Statistical Modeling and Inference for Data Detection in High Areal Density Recording -
|
| Tolga M. DUMAN |
Arizona State University |
Achievable Rates for Bit Patterned Media Recording with Write Asynchronism |
| XI) 17pB: Future extension of PMR |
| Manfred E. SCHABES |
San Jose Research Center, Hitachi GST |
Micromagnetic Simulations for Terabit/in2 Magnetic Recording Head/Media Systems |
| Olle HEINONEN |
Seagate Technology |
Extensions of Perpendicular Recording |
| Simon GREAVES |
RIEC, Tohoku University |
Simulations of magnetic recording for 1 Tb/in2 |
| Xiaodong CHE |
Samsung Information Systems America |
Promises and Challenges of a Recording System Using Discrete Track Media |
| R. H. VICTORA |
University of Minnesota |
Exchange Coupled Composite Media: Future Directions |
