1. Design and image processing of novel diffractive optical modulator for embedded mobile display applications
- Author
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S.H. An, Kyookeun Lee, C.M. Yang, S.K. Hong, Seongsuk Lee, K.S. Woo, Jeong Hwan Song, J.H. Kyoung, Youngjin Choi, Ji-Yeun Kim, Junho Lee, B.K. Song, H.W. Park, G.Y. Byun, Y.N. Hwang, B.S. Go, S.H. Byun, W.C. Shin, S.M. Cho, J.H. Yang, Kyunghun Han, I.J. Yeo, S.K. Oh, K.Y. Oh, Y.K. Back, Wook-Rae Kim, J.P. Cheong, Hyoung-In Lee, S.W. Ryu, E.J. Kim, Seungdo An, Sung Kee Kim, C.S. Park, Jin-Hong Park, S.I. Lee, Victor Yurlov, Sang Kyeong Yun, Hoon Kim, D.H. Bae, I. Shyshkin, Su-Jin Kim, S.W. Lee, H.S. Yang, A. Lapchuk, J.W. Jang, O.K. Lim, Y.G. Lee, J.H. Bae, Jeong-Suong Yang, C.M. Koh, C.G. Kim, Wook-Jae Lee, H.Y. Hwang, S.K. Yoon, and Y.H. Ryu
- Subjects
Optics ,Optical modulator ,Spatial filter ,business.industry ,Computer science ,Optical transistor ,Optical cross-connect ,Optoelectronics ,Image processing ,Optical performance monitoring ,Optical modulation amplitude ,business ,Diffraction efficiency - Abstract
A new type diffractive spatial optical modulator has been developed for laser projection display. It has inherent advantages such as fast response time and high-performance light modulation characteristics. Also, it is suitable for embedded mobile projection display module because of its compact optical volume (les 20 cc) and low power consumption (les 2.0 W).