Kim J‐y | Lg Electronics Inc. Seoul Kor
スポンサーリンク
概要
関連著者
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Jeong Seong-yun
Digital-media Laboratory Lg Electronics Inc.
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Park K‐c
Lg Electronics Inc. Seoul Kor
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Kim Ji-young
Department Of Metallurgical Engineering Kookmin University
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Kim Jin-Yong
Digital Media Research Lab., LG Electronics
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Kim Jin-yong
Digital Media Research Lab. Lg Electronics
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Kim J‐y
Lg Electronics Inc. Seoul Kor
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PARK Kyung-Chan
Digital-Media Laboratory, LG Electronics Inc.
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Lee M‐h
Lg Electronics Inc. Seoul Kor
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Kim Chul-min
Digital-media Laboratory Lg Electronics Inc.
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Kim Hyung-nam
Digital-media Laboratory Lg Electronics Inc.
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LEE Gyeong-Eon
Digital-Media Laboratory, LG Electronics Inc.
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LEE Man-Hyung
Digital-Media Laboratory, LG Electronics Inc.
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KIM Young-Sik
Digital-Media Laboratory, LG Electronics Inc.
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LEE Taek-Soo
Digital-Media Laboratory, LG Electronics Inc.
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LEE Je-Jong
Digital-Media Laboratory, LG Electronics Inc.
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KIM Ji-Duk
Digital-Media Laboratory, LG Electronics Inc.
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OOI Yoshiharu
Optical PU Device R&D Group. Asahi Glass Koriyama Electronic Material Co., Ltd.
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SATO Hiromasa
Optical PU Device R&D Group. Asahi Glass Koriyama Electronic Material Co., Ltd.
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FUJINO Yosuke
Optical PU Device R&D Group. Asahi Glass Koriyama Electronic Material Co., Ltd.
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TANABE Yuzuru
0ptoelectronics Group. Asahi Glass Co., Ltd.
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AHN Seong-Keun
Digital-Media Laboratory, LG Electronics Inc.
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Ahn Seong-keun
Digital-media Laboratory Lg Electronics Inc.
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Lee Je-jong
Digital-media Laboratory Lg Electronics Inc.
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Lee Taek-soo
Digital-media Laboratory Lg Electronics Inc.
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Fujino Yosuke
Optical Pu Device R&d Group. Asahi Glass Koriyama Electronic Material Co. Ltd.
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Sato Hiromasa
Optical Pu Device R&d Group. Asahi Glass Koriyama Electronic Material Co. Ltd.
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Tanabe Yuzuru
0ptoelectronics Group. Asahi Glass Co. Ltd.
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Ooi Yoshiharu
Optical Pu Device R&d Group. Asahi Glass Koriyama Electronic Material Co. Ltd.
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Lee Man-hyung
Digital-media Laboratory Lg Electronics Inc.
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Kim Young-sik
Digital-media Laboratory Lg Electronics Inc.
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Lee Gyeong-eon
Digital-media Laboratory Lg Electronics Inc.
著作論文
- Methods of Achieving Compatibility between High-Density Disk and Digital Versatile Disk Using a Bi-aspherical Singlet and a Wavefront Compensation Element
- A Nonlinearity Compensated Channel Model and Partial Response Maximum Likelihood(PRML) Simulator for the High Density Optical Disc