Nonlinear Correction of Optimal Scan Strategy on the OLED-on-silicon Microdisplay

LIU Wanlin; JI Yuan; RAN Feng; LI Tian; HUANG Changchuan; QIN Jiaqi

doi:10.3969/j.issn.1003-501x.2016.12.030

[1] Kimmel J，Hautanen J，Levola T. Display technologies for portable communication devices [J]. Proceedings of the IEEE(S1053-5888)，2002，90(4)：581-590.

[2] JI Yuan，RAN Feng，XU Hongguang，et al. Improved performance and low cost OLED microdisplay with titanium nitride anode [J]. Organic Electronics：Physics，Materials，Applications(S1566-1199)，2014，15(11)：3137-3143.

[3] HUA Hong，Girardot Axelle，GAO Chunyu，et al. Engineering of head-mounted projective displays [J]. Applied Optics(S0003-6935)，2000，39(22)：3814-3824.

[4] Polonen M，Jarvenpaa T，Hakkinen J. Comparison of Near-to-Eye Displays：Subjective Experience and Comfort [J]. Journal of Display Technology(S1551-319X)，2010，6(1)：27-35.

[5] JI Yuan，RAN Feng，XU Hongguang，et al. A digitally driven pixel circuit with current compensation for AMOLED microdisplays [J]. Journal of the Society for Information Display(S1938-3657)，2014，22(9)：465-472.

[6] Prache O. Active matrix molecular OLED microdisplays [J]. Displays(S0141-9382)，2001，22(2)：49-56.

[7] Jae Hwack Pyo，Yoon-Suk Oh，LEE Tae Ki. Characteristics of an atmospheric pressure plasma and its application to FPD fabrication processes [J]. Plasma Science(S1009-0630)，2003：230-236.

[8] Kyuha Chung，Mun Pyo Hong，Chi Woo Kim，et al. Needs and solutions of future flat panel display for information technology industry [C]// 2002 IEEE International Devices Meeting (IEDM)，San Francisco，CA，United states，December 8-11，2002， 3：385-388

[9] JI Yuan，RAN Feng，JI Weigui，et al. Optimal scan strategy for mega-pixel and kilo-gray-level OLED-on-silicon microdisplay [J]. Applied Optics(S0003-6935)，2012，51(17)：3731-3743.

[10] JI Yuan，RAN Feng，XU Hongguang，et al. Design on AM-OLED display control ASIC with high gray scale levels [J]. Journal of Shanghai University：English Edition，2011(04)：310-315.

[11] TANG Guangming，LIU Jing. An Security Enhanced Spatial Steganography Based on HVS [J]. Energy Procedia(S1876-6102)， 2011(13)：6855-6861.