Welcome to Seungbae LEE's Homepage [NAME] Seungbae LEE (이 승배/李 承培) e-mail : agapao2018@gmail.com [Place] Republic of Korea [Education] Ph. D. : Chiba University, Image
Science (2004) (1-33
Yayoi-cho, Inage-ku, Chiba 263-8522, JAPAN) -Spatiotemporal Frequency
Characteristics of Stereopsis. M. E. : Korea University, Material
Engineering (1997) -Characteristics of retardation
film for Liquid Crystal Display on wavelength dependency. B. S. : Korea University, Chemistry (1987) [Research Field] 1. Product Engineering of OLED - OLED Product : TV, IT, Mobile, Transparent, Mirror etc. - Flexible OLED : Foldable, Rollable - RGB OLEDoS & Ultra Fine Mask Development for OLEDoS - New Technology for Picture Quality Improvement (Design,
Materials, Components etc.) 2. Ergonomics for Display - Usability of Flexible OLED
Display - Guideline for Requirement
Performance 3. Emotional Image Quality Research for
Display Devices (AMOLED, LCD, PDP, 3D etc.) - New Evaluation Method Research
using Vision Sciences - Color Characteristics Evaluation
Method Research 4. Equipment System - Evaporator for OLED : 8.5G for IT OLED, about 10G for TV OLED - Dryer for Ink Jet Printing 5. Vision Sciences Research ; Stereopsis,
Depth perception Chiba University Vision Lab
(Japanese) Adviser ; S. Shioiri (Tohoku
University) Adviser ; H. Yaguchi [Career] 7. Technology first Coordinator ; Dec. 26 2023 ~ 6. Sunic System Co., Ltd ; Feb. 23 2022 ~ Mar. 31 2024 (CTO / EVP /Adviser) - 8G OLED Evaporator for IT, About 10G OLED Evaporator for TV, 10" Micro Display OLED Evaporator for RGB OLEDoS - RGB OLEDoS Panel Development, Ultra Fine Mask Development for RGB OLEDoS 5. ANI Co., Ltd ; Oct. 1 2021 ~ Feb. 22 2022 (Research Fellow) 4. Hanyang University ; Sep. 1 2020
~ Aug. 31 2021 (Adjunct Professor) - College of Computing Division of
Media, Culture and Design Technology, Department of Human Computer Interaction 3. Samsung Display Co., Ltd. ; July 1 2012
~ Dec. 5 2020 (Technology Vice President / Master) - Image Quality Evaluation - Emotional Image Quality Research
for Display Devices - Standardization for Electronic
Devices 2. Samsung Mobile Display Co., Ltd. ; Sep.
5 2008 ~ June 30 2012 - Image Quality Evaluation for
AMOLED - Emotional Image Quality Research
for Display Devices - Standardization for Electronic
Devices 1. Samsung SDI Co., Ltd. ; July 3 1989 ~
Sep. 4 2008 - Emotional Image Quality
Evaluation Research - Vision Sciences of Display
Devices - Display devices (LCD, PDP and
Organic EL) Development; Optical Characteristics for Devices * IEC (International
Electrotechnical Commission) TC 100 ; Technology Expert (2005.08 ~ ) * The military service ; March 1987
~ June 1989 - First lieutenant officer (ROTC) [Book] 4. Handbook of Organic Light-Emitting Diodes (Mar. 18 2022. Springer, ISBN 978-4-431-55761-6) - Panel Performance of OLED Display (pp 1-17) 3. 디스플레이와 광원의 색 구현기술 ( Illumination, Color and Imaging
Evaluation and Optimization of Visual Displays ) [Translation] Seungbae LEE, Eunjung LEE, Jaeun
LEE, Jongho CHONG, SIGMA Press, Jan. 5 2017, ISBN 9788968667633 2. 색재현의 원리 (The Principle of Color Reproduction) [Translation] Seungbae LEE et al., Press of
JINSEAM MEADIA, May 20 2011, ISBN 978-89-92887-33-5 1. 내게 주신 소중한 빛 (Precious Light for me) [Poems] Seungbae LEE, 21 Century Literature
& Culture Press, November 25 2005, ISBN 89-915-4107-0 [Publications] 23. Songil LEE, G. KYUNG, M. KIM, D. CHOI,
H. CHOI, K. HWANG, S. PARK, S. KIM, Seungbae LEE (2019) Shaping rollable
display devices: Effects of gripping condition, device thickness and hand
length on bimanual perceived grip comport., Human Factors The Journal of
the Human Factors and Ergonomics Society 2019 22. Songil LEE, G. Kyung, D. CHOI, J. Yi,
M. KIM, B. CHOI, Seungbae LEE (2019) Where to put the creases? Interactions
between hand length, task, screen size and folding method on the suitability of
hand -held foldable display devices, Ergonomics 2019 21. Songil LEE, J. YI, S. PARK, D. CHOI,
G, KYUNG, B. CHOI, J, LEE, Seungbae LEE (2018). Determining Ergonomics
Smartphone Forms with High Grip Comfort and Attractive Design, Human Factors
2018 20. Minjoong Kim, J. Yi, S. LEE, D. CHOI,
S. PARK, G. KYUNG, B. CHOI, Seungbae LEE (2017). Formative Evaluation of
Diverse Flexible Display Product Concepts Using Mock-Ups and Strategy Canvas,
The Japanese Journal of Ergonomics. Vol. 53, pp.S416-419 19. Sungryul PARK(UNIST), D. CHOI, J.
YI, S. LEE, J. LEE, B. CHOI, Seungbae LEE & Gyouhyung Kyung(UNIST) (2017).
Effects of display curvature, display zone, and task duration on legibility and
visual fatigue during visual search task. Applied Ergonomics, Vol. 60, pp. 183-193 18. Eunjung LEE, Seungbae LEE, S.
KIM, J. CHONG, B. CHOI, J. LEE & S. Kim (2016). Optimum
perceived-brightness level considering the practical use environment for the
mobile organic light-emitting diode display. Journal of Information Display,
Vol. 17, No. 4 pp.151-158 17. Byeonghwa CHOI, Seungbae LEE, J. LEE,
S. HONG, J. LEE, S. KIM (2015). A Study on the Optimum Curvature for the Curved
Monitor. Journal of Information Display, Vol. 16, No. 4 pp.217-223 16. Ja Eun LEE, Seungbae LEE, J. BAE, M.
LEE, C. LIM, Y. HA, E. LEE, B. CHOI, S. HONG, J. LEE, S. KIM (2015). The Crease
Perception in Flexible Display. Journal of Information Display, Vol. 16,
No. 2 pp.99-104 15. Byongtae Ryu, K. Kim, Y. Ha, J. Bae,
Seungbae LEE, J. Song, K. Lee, J. Lee, K. Kim & Haksun Kim (2014). New
RGB Primary for Various Multimedia Systems. Journal of Information Display,
Vol. 15, No. 2 pp.65-70 14. Eun-Jung LEE, S. Kim, H. Park, J.
Bae, Seungbae LEE & Haksun Kim (2012). A study on the ergonomic
aspects of the proper luminance level of display. Journal of Information
Display, Vol. 13, No. 4 pp.159-166 13. Byeonghwa CHOI, D. CHOI, J. LEE,
Seungbae LEE & S. KIM (2012). Depth Sensitivity of Stereoscopic Displays.
Journal of Information Display, Vol. 13, No. 1 12. Dongwook CHOI, S. YANG, J. BAE,
Seungbae LEE & H. CHUNG (2011). A New Contrast Ratio Measurement Method
Using Image Patterns. Journal of Information Display, Vol. 12, No. 2 pp.85-87 11. Eun-Jung LEE, J. CHONG, S. YANG, H.
LEE, M. SHIN, S. KIM, D. CHOI, Seungbae LEE, H. LEE & B. BERKELEY (2010).
Improved Angle-of-View Measurement for Display Devices. Journal of Information
Display, Vol. 11, No. 1 pp.17-20 10. Seungbae LEE, Sangsoo KIM &
Hogyoon CHUNG (2010). Technology of OLED Image Quality Evaluation. The Magazine
of the IEEK, Vol. 37, No. 2 pp.179-188 9. Eun-Jung LEE and Seungbae LEE (2009).
Emotional Image Quality Evaluation Technology for Display Devices. Journal of
the Korean Institute of Illuminating & Electrical Installation Engineers,
Vol. 23, No. 3 pp.10-17 8. Seungbae LEE (2007). Emotional Image
Quality Evaluation Technology for Display Devices. The Korean Institute of
Illuminating & Electrical Installation Engineers, Vol. 21, No. 5
pp.13-20(KOREAN) 7. Seungbae LEE, S. Shioiri and H. Yaguchi
(2007). Stereo Channels with different temporal frequency tunings. Vision
Research, Vol. 47, pp.289-297 6. S. Shioiri, Seungbae LEE and H. Yaguchi
(2005). Channels of binocular stereopsis. IEIC Technical Report, Vol. 105, No.
100 pp.17-22(HIP) 5. Seungbae LEE, S. Shioiri and H. Yaguchi
(2004). The effects of exposure duration on stereopsis and its dependency on
spatial frequency. Optical Review, Vol. 11, No. 4 pp.258-64 4. Kouichi Yuge, Satoshi Shioiri, Seungbae
LEE and Hirohisa Yaguchi (2003). Depth perception Model by binocular disparity.
ITE Technical Report, Vol. 27, No. 63, pp. 21-24 (JAPANES) 3. Megumi Ohhira, Seungbae LEE, S. Shioiri
and H. Yaguchi (2003). Relative disparity detection depends on orientation
differences and color differences. ITE Technical Report, Vol. 27, No. 37, pp.25-28
(JAPANESE). 2. Seungbae LEE, S. Shioiri and H. Yaguchi
(2003). Effects of temporal frequency and contrast on spatial frequency
characteristics for disparity threshold. Optical Review, Vol. 10, No. 2
pp.120~123. 1. K. Fukuda, Seungbae LEE, S. Shioiri and
H. Yaguchi (2001) Effect of stimulus speed in stereopsis, ITE Technical Report,
Vol. 25, No. 29, pp.121-125 (JAPANESE). [International Standardization] 5. MPPR: Moving Picture Perceptual
Resolution, Measuring method of image quality (IEC TC110 62341-6-3). December
2017. 4. VCRC: Measuring methods of visual
quality and ambient performance (IEC TC110 WG5 62341-6-2), February 10 2012. 3. VCRC: Volume Color Reproduction
Capability, ICDM (International Committee for Display Metrology), December 13
2010. 2. PCL: Perceptual Contrast Length, ICDM
(International Committee for Display Metrology), December 13 2010. 1. PA: Test Method of Perceptual Angle for
OLED Display, SEMI D61-1110(4759A), September 27 2010. [Lecture & Seminar]
<2024> 128. The New Value Creation for OLED in Ergonomics. OLED Device manufacturing training Course, Sungkyunkwan Univ., Jul. 25 2024 127. Color Science for Display, Inha Univ.(w/Radiant Solution), May 28 2024 <2023> 126. The New Value Creation for OLED in Ergonomics. OLED Device manufacturing training Course, Sungkyunkwan Univ., Dec. 21 2023 125. Color Science for Display, Inha Univ.(w/Radiant Solution), Dec. 12 2023 124. The New Value Creation for OLED in
Ergonomics. OLED Device manufacturing training Course, Sungkyunkwan Univ., Aug. 8 2023 123. Color Science for Display, Inha
Univ.(w/Radiant Solution), Jun. 15 2023 <2022> 122. Ergonomics and OLED. OLED Device
manufacturing training Course, Sungkyunkwan Univ., Oct. 7 2022 121. Color Science for Display, Inha Univ., May. 26 2022 120. Ergonomics and OLED. OLED Device manufacturing
training Course, Sungkyunkwan Univ., Jan. 27 2022 <2021> 119. OLED and Flexible Display in
Ergonomics. OLED Device manufacturing training Course, Sungkyunkwan Univ., Nov.
19 2021 118. Introduction of Picture Quality Technology for
OLED(3). ANI, Oct. 29 2021. 117. Introduction of Picture Quality Technology for
OLED(2). ANI, Oct. 22 2021. 116. Introduction of Picture Quality
Technology for OLED(1). ANI, Oct. 15 2021 115. OLED and Flexible Display in
Ergonomics. IMID 2021, COEX, Aug. 26 2021 114. Introduction of Flexible Display
Technology, Korean Intellectual Property Office, Mar. 5 2021. 113. Color Science for Display,
3rd Open Academy of OLED Display Technology. Korea Display Industry
Association, Feb. 25 2021. 112. Color Science for Display, 2nd
Open Academy of OLED Display Technology. Korea Display Industry Association,
Feb. 18 2021. <2020> 111. Introduction of QD OLED &
Micro LED about Performance & Process, OLED and Flexible Display in
Ergonomics. UB Research, Mar. 30 2020. 110. Introduction of QD OLED &
Micro LED about Performance & Process. Shimadzu Korea Vacuum Equipment Co.,
Ltd., Feb. 3 2020. 109. OLED and Flexible Display in
Ergonomics. OLED Device manufacturing training Course, Sungkyunkwan Univ., Jan.
15 2020 <2019> 108. OLED and Flexible Display in
Ergonomics. OLED Device manufacturing training Course, Sungkyunkwan Univ., Dec.
18 2019 107. OLED and Flexible Display in
Ergonomics. OLED Device manufacturing training Course, Sungkyunkwan Univ., Dec.
5 2019 106. OLED and Flexible Display in
Ergonomics. OLED Device manufacturing training Course, Sungkyunkwan Univ., Nov.
12 2019 105. Activation of Organization
Management. Chungcheongnam-do Social Workers Workshop Program, Ducksan SPLAS
Resom, Nov. 7 2019. 104. OLED and Flexible Display in
Ergonomics. OLED Device manufacturing training Course, Sungkyunkwan Univ., Oct.
24 2019 103. OLED and Flexible Display in
Ergonomics. OLED Device manufacturing training Course, Sungkyunkwan Univ.,
Oct. 10 2019 102. OLED and Flexible Display in
Ergonomics. OLED Device manufacturing training Course, Sungkyunkwan Univ., Sep.
19 2019 101. Introducing OLED from an Ergonomic
Perspective. The Meeting of the World Beyond, Kyeonghee Univ., April 12
2019. <2018> 100. Introduction of AMOLED Emotional
Image Quality Measurement Method. Information and Communication Engineering,
Sungkyunkwan Univ., JUNE 1 2018. 99. Technology of Emotional Image
Quality Evaluation. Dept. of Information & Display Engineering, Kyeonghee
Univ., May 11 2018. <2017> 98. Introduction of AMOLED Emotional
Image Quality Measurement Method. Information and Communication Engineering,
Sungkyunkwan Univ., JUNE 2 2017. 97. Technology of Emotional Image
Quality Evaluation. Dept. of Information & Display Engineering, Kyeonghee
Univ., May 12 2017. <2016> 96. Introduction of AMOLED Emotional
Image Quality Measurement Method. Information and Communication Engineering,
Sungkyunkwan Univ., JUNE 3 2016. 95. Technology of Emotional Image
Quality Evaluation. Dept. of Information & Display Engineering, Kyeonghee Univ., May 13
2016. <2015> 94. Standardization Technology of
Emotional Image Quality for Display(Technology Forum), SAIT, Sep. 23 2015. 93. Emotional Image Quality Metrology
Technology for Display. Div. of Human Resources, KBS(Korean Broadcasting
System), Sep. 18 2015. 92. Introduction of AMOLED Emotional
Image Quality Measurement Method. Information and Communication Engineering,
Sungkyunkwan Univ., JUNE 5 2015. 91. Technology of Emotional Image
Quality Evaluation. Dept. of Information & Display Engineering, Kyeonghee
Univ., May 22 2015. 90. Introduction of Emotional Image
Quality Metrology Technology. Sungkyunkwan Univ., March 16 2015. 89. Introduction of Emotional Image
Quality Metrology Technology. POSTECH Univ., March 12 2015. 88. Introduction of Color Sciences
& Color Standardization. Device & System Research Center, SAIT,
Feb. 12 2015. <2014> 87. Introduction of Color Sciences
& Color Applications. OLED Material
R&D Team, Samsung Display, Dec. 16 2014. 86. Introduction of Color Sciences
& Color Applications. OLED Material
R&D Team, Samsung Display, June 10 2014. 85. Introduction of AMOLED Emotional
Image Quality Measurement Method. Information and Communication Engineering,
Sungkyunkwan Univ., May 30 2014. 84. Technology of Emotional Image
Quality Evaluation. Dept. of Information & Display Engineering, Kyeonghee
Univ., May 23 2014. 83. Vision Science and Technology of
Emotional Image Quality for Display. Samsung Advanced Technology Human Resource
Center, April 8 2014. 82. Introduction of Color Sciences
& Color Applications(Entrance Education Course). Human Resource
Team, Samsung Display, April 4 2014. 81. Introduction of Color Sciences
& Color Applications(Entrance Education Course). Human Resource
Team, Samsung Display, March 7 2014. 80. Introduction of Color Sciences
& Color Applications(Entrance Education Course). Human Resource Team, Samsung Display,
Feb. 7 2014. <2013> 79. Introduction of Color Sciences
& Color Applications. Human Resource Team, Samsung Display, July
31 2013. 78. Introduction of AMOLED Emotional
Image Quality Measurement Method. Information and Communication Engineering,
Sungkyunkwan Univ., June 7 2013. 77. Technology of Emotional Image
Quality Evaluation. Dept. of Information & Display Engineering, Kyeonghee
Univ., May 24 2013. 76. Introduction of Emotional
Image Quality Technology. Guarantee of Quality Team, Samsung Display,
May 8 2013. 75. Vision Science and Technology of
Emotional Image Quality for Display. Samsung Advanced Technology Human Resource
Center, April 9 2013. 74. Introduction of Gamma's Principle.
Samsung Display Co., Ltd., April 5 2013. 73. Introduction of Color Science.
Samsung Display Co., Ltd. LCD Development Center, February 27 2013. <2012> 72. Standardization of AMOLED Emotional
Image Quality Evaluation Method. Electric Engineering, Kwangwoom Univ., October
9 2012. 71. Vision Science and Technology of
Emotional Image Quality for Display. Samsung Advanced Technology Human Resource
Center, July 3 2012. 70. Introduction of AMOLED Emotional
Image Quality Measurement Method. Information and Communication Engineering,
Sungkyunkwan Univ., May 25 2012. 69. Technology of Emotional Image
Quality Evaluation. Dept. of Information & Display Engineering, Kyeonghee
Univ., May 17 2012. 68. Introduction of Emotional Image
Quality Metrology Technology. Electric Engineering, Seoul National
Univ., May 9 2012. 67. Standardization of AMOLED Emotional
Image Quality Evaluation Method. Electric Engineering, Kwangwoom Univ.,
May 2 2012. 66. Introduction of Emotional Image
Quality Metrology Technology. ETRI, February 27 2012. <2011> 65. Introduction of AMOLED Emotional
Image Quality Measurement Method. Seminar of Display Expert Invitation
Technology, KDIA, November 23 2011. 64. Technology of Emotional Image
Quality Evaluation. Dept. of Information & Display Engineering, Kyeonghee
Univ., November 10 2011. 63. Standardization of AMOLED Emotional
Image Quality Evaluation Method. Electric Engineering, Kwangwoom Univ.,
November 8 2011. 62. Introduction of Emotional Image
Quality Metrology Technology. Electric Engineering, Seoul National Univ.,
November 8 2011. 61. Vision Science and Technology of
Emotional Image Quality for Display. Samsung Advanced Technology Human Resource
Center, July 5 2011. 60. Introduction of AMOLED Emotional
Image Quality Measurement Method. Information and Communication Engineering,
Sungkyunkwan Univ., May 27 2011. 59. Standardization of AMOLED Emotional
Image Quality Evaluation Method. Electric Engineering, Kwangwoom Univ., May 17
2011. <2010> 58. Technology of Emotional Image
Quality for Display. Program of Information & Display Engineering, Hanyang
Univ., November 30 2010. 57. Technology of Emotional Image
Quality Evaluation. Program of Display Engineering, Seoul National Univ.,
November 18 2010. 56. Introduction of Color Signal
Processing for Display. R&D 2 Team, CRD Center, Samsung Mobile Display,
November 11 2010. 55. Technology of Emotional Image
Quality Evaluation. Dept. of Information & Display Engineering, Kyeonghee
Univ., November 4 2010. 54. Introduction of Color Sciences for
Display. R&D 2 Team, CRD Center, Samsung Mobile Display, October 28 2010. 53. Introduction of Emotional Image
Quality Technology. Technical Forum, CRD Center, Samsung Mobile Display,
September 15 2010. 52. Introduction of Color Sciences for
Image Quality. OLED Development Div., Samsung Mobile Display, June 24 2010. 51. Technology of Emotional Image
Quality for Display. Samsung Advanced Technology Human Resource Center, June 22
2010. 50. Introduction of Vision Sciences for
Image Quality. OLED Development Div., Samsung Mobile Display, June 15 2010. 49. Introduction of Image Quality
Evaluation Method. R&D 1 Team, CRD Center, Samsung Mobile Display, February
26 2010. <2009> 48. Emotional Image Quality Evaluation
Method for Display Devices. Div. of Human Resources, KBS(Korean Broadcasting
System), November 12 2009. 47. Emotional Image Quality Evaluation
Method of OLED. iSuppli, October 27 2009. 46. Emotional Image Quality Evaluation
Method for Display Devices. Div. of Human Resources, KBS(Korean Broadcasting
System), May 8 2009. 45. Introduction of Motion Blur of
Display Devices. OLED R&D Center, Samsung Mobile Display, January 12 2009. <2008> 44. Vision Sciences and Emotional Image
Quality of Display Devices. School of Information and Communication
Engineering, Sungkyunkwan Univ., November 11 2008. 43. Emotional Image Quality Evaluation
Method of OLED. Korea Institute of Lighting Technology, KOEX, October 2 2008. 42. Emotional Image Quality Evaluation
Method. Display Bank, KDC(Korea Display Conference) 2008, KINTEX, July 3 2008. 41. Introduction of Emotional Image
Quality Evaluation Method using CIECAM02. Nokia & SDI Tech Forum, CRD
Center, Samsung SDI, May 15 2008. 40. Introduction of Moving Picture
Quality Evaluation Method of Display Devices. Display Lab., CRD Center, Samsung
SDI, March 12 2008. 39. Emotional Image Quality Evaluation
Method for Display Devices. UBI SANUP Research, March 5 2008. 38. Visual Image Quality
Characteristics on Ambient Condition of Display Devices. AMOLED Div.,
Development Team, Samsung SDI, February 27 2008. 37. Image Quality Evaluation of
Display. CRD center, Samsung SDI, February 21 2008. 36. Color Reproduction Capability with
CIECAM02 for Display Devices. (SSDIP) Dept. of Electrical engineering, Seoul
National Univ., February 12 2008. 35. Image Quality Evaluation of Display
Devices. AMOLED Div., Development Team, Samsung SDI, January 24 2008. <2007> 34. Introduction of Perceptual Contrast
of Display Devices. Material Lab., CRD center, Samsung SDI, August 28 2007. 33. Vision Sciences & Emotional
Image Quality. Samsung TechWin, July 20 2007. 32. Vision Sciences & Image Quality
Parameters. Daily Economics News, May 31 2007. 31. Introduction of xvYCC Color
Reproduction. Expansion Color Space Research W/S, Samsung Electronics, March 30
2007. 30. Image Quality Evaluation of
Display. CRD center, Samsung SDI, March 16 2007. 29. xvYCC Color Reproduction for PDP.
PDP Div., Development Team, Samsung SDI, February 2 2007. 28. Vision Special Lecture for New
Employee. Personnel Team, Samsung SDI, January 31 2007. 27. Visual Fatigue in Display Devices.
CAE Team, CRD center, Samsung SDI, January 19 2007. 26. xvYCC Color Reproduction for
AMOLED. Electrical Material Development Team, Samsung SDI, January 17 2007. <2006> 25. xvYCC Color Reproduction for
Display. Planning Team, Samsung SDI, Seoul, December 22 2006. 24. Emotional Image Quality of Display.
Material & Chemicals Div., Development Team, Samsung SDI, Pusan, November
23 2006. 23. Image Quality Evaluation of
Display. CRD center, Samsung SDI, November 21 2006. 22. Introduction of Vision Sciences.
CRD center, Samsung SDI, September 27 2006. 21. Introduction of Color Sciences.
Phosphor Research TFT, Samsung SDI, July 20 2006. 20. Image Quality Evaluation of
Display. CRD center, Samsung SDI, July 3 2006. 19. Vision Sciences & Emotional
Image Quality Evaluation. Display 1 Team, Display R&D Center, Samsung SDI,
June 9 2006. 18. Vision Sciences & Image Quality
Evaluation. Mobile Display Div., Development Team, Samsung SDI, Pusan, June 19
2006. 17. Image Quality Evaluation of Display.
CAE Team, Display R&D Center, Samsung SDI, May 29 2006. 16. Vision Sciences of Display Devices.
CAE Team, Display R&D Center, Samsung SDI, May 8 2006. 15. Introduction of Vision Sciences.
CTO Management Support Team, Samsung SDI, April 25 2006. 14. Color Representation Ability of
Display Devices. Phosphor Forum, Kookmin Univ., April 1 2006. 13. Image Quality Competition for
Digital TV.DisplayBank, DTV Forum, COEX, March 21 2006. <2005> 12. Color sciences & Image Quality
Evaluation. CPT Div., Dept. of Development, Samsung SDI, December 15 2005. 11. Vision Sciences Mechanism &
Image Quality Evaluation. Div. of Human Resources, KBS(Korean Broadcasting
System), December 9 2005. 10. Vision science & Stereopsis.
Dept. of Electrical engineering, Yonsei Univ., October 7 2005. 9. Image Quality Evaluation of Display
(3rd). CRD Center, Samsung SDI, September 26 2005. 8. Image Quality Evaluation of
Display(2nd). CRD center, Samsung SDI, September 22 2005. 7. Image Quality Evaluation of
Display(1st). CRD Center, Samsung SDI, August 24 2005. 6. Vision science & Picture
Quality. Planning Team, Samsung SDI, May 25 2005. 5. Spatiotemporal Frequency
Characteristics of Stereopsis. Dept. of Computer Sciences, Yonsei Univ., April
8 2005. 4. Vision sciences for Display. Dept.
of Material & Chemical engineering, POSTECH Univ., March 10 2005. <2004> 3. Basic of vision science on display.
Dept. of Electrical engineering, Korea Univ., September 8 2004. 2. Spatiotemporal frequency of
stereopsis. Samsung SDI, April 12 2004. <2003>
1. Vision science and 3D display.
Samsung SDI, March 28 2003. [Society Presentations] <2018> 38. Hyosun KIM, Y. SEO, Seungbae LEE, S.
CHO, Y, KWAG, The Preferred Tone-curve in Transparent OLED Display, CIC 2018,
November 3 2018. 37. Hyosun KIM, H. HA, Y. KWAG, Y. SEO,
Seungbae LEE, S. CHO, Preferred Font Size in Transparent OLED Displays, IMID,
August 30 2018. <2017> 37. Eunjung LEE, S. KIM, J. CHONG, U. KO,
Seungbae LEE, H. CHU, S. KIM, Perceivable Luminance Resolution foe Designing
Optimum Display Gamma in Dark Room Condition, AIC 2017, PS03-64, October 18
2017. <2016> 36. Jongho CHONG, Seungbae LEE, E. LEE, S.
KIM, C. CHOI, J. LEE & S. KIM, A New Assessment with Perceptual
Luminance on OLED Display. IMID, October 26 2016. 35. Sungryul PARK, J. YI, D. CHOI, S.
LEE, Gyouhyung KYUNG, B. CHOI, J. LEE & Seungbae LEE, Effects of Display
Curvature and Lateral Viewing Position on Spatial Presence and Image Quality
for 55″ TVs. 66-4, SID, May 2016. <2014>