Design and image processing of novel diffractive optical modulator for embedded mobile display applications

Authors :: 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
Y.H. Ryu
Source :: Scopus-Elsevier
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).

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

Tools