Kim Chang-bong | Division Of Information Communication Engineering Kongju National University
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概要
関連著者
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Kim Chang-bong
Division Of Information Communication Engineering Kongju National University
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LEE Hyunjae
Optical Communication Section, Electronics and Telecommunications Research Institute
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Lee Hyunjae
Optical Communication Section Electronics And Telecommunications Research Institute
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KIM Chang-Bong
Division of Information Communication Engineering
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Kim C‐b
Division Of Information Communication Engineering
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Kim Ik-sang
Department Of Microbiology And Immunology Seoul National University College Of Medicine And Institut
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Kim Ik-sang
Department Of Microbiology Seoul National University College Of Medicine
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Kim Ik-sang
Division Of Information Communication Engineering Paichai University
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Lee Sang
Optical Communications Department Electronics And Telecommunications Research Institute
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OH Wang-Yuhl
Optical Communication Section, Electronics and Telecommunications Research Institute
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SEO Wanseok
Optical Communication Section, Electronics and Telecommunications Research Institute
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Lee Hyunjae
Optical Communications Department Electronics And Telecommunications Research Institute
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Oh Wang-yuhl
Optical Communication Section Electronics And Telecommunications Research Institute
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Seo Wanseok
Optical Communication Section Electronics And Telecommunications Research Institute
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KIM Hyung
Optical Communications Department, Electronics and Telecommunications Research Institute
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KWON Yool
Optical Communications Department, Electronics and Telecommunications Research Institute
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Kim H
Optical Communications Department Electronics And Telecommunications Research Institute
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Kwon Yool
Optical Communications Department Electronics And Telecommunications Research Institute
著作論文
- Dynamic Gain Control of Booster Amplifier (EDFA) Using an Optical Supervisory Channel Power Adjustment in Wavelength-Division-Multiplexing Transmission Systems : Optics and Quantum Electronics
- Simple Measurement Technique of the Cross Phase Modulation in Optical Fibers Using Heterodyne Detection Technique