References
- 1996 . Holography and Optical Information Processing . Proc. SPIE , v. 2866
- Pavlov , A. V. , Chaika , A. N. and Vladimirov , F. L. 1998 . “Holographic Realization of Fuzzy Arithmetic” . Proc. of Int. Conf. “Soft Computing and Measurement” . June 20–23 1998 , St. Petersburg. pp. 121 – 129 .
- Collings , N. , Pourzand , A. R. , Vladimirov , F. L. , Pletneva , N. I. and Chaika , A. N. 1997 . “The construction of a multilayer analogue neural network using liquid crystal SLMs” . In Optical Memory and Neural Networks 187 – 198 . No 6
- Katulin , V. A. , Kotova , S. P. , Malov , A. N. and Naumov , A. F. 1987 . “Light-light modulator in the lens focus” . In Proc. of the 8-th International Congress Laser/Optoelectronics in Engineering , 200 – 203 . Germany : Munich .
- Efron , U. , ed. 1994 . Spatial Light Modulator Technology, Materials, Devices and Applications , New York : Marcel Dekker, Inc. .
- Vladimirov , F. L. , Chaika , A. N. , Pletneva , N. I. , Morichev , I. E. and Collings , N. 1998 . “Spatial light modulators based on chalcogenide glass photoconductor - liquid crystal structure operating in pulse regime” . In Proc. SPIE vol. 3490, Optics in Computing 432 – 435 .
- Igasaki , Yasunori , Yoshida , Narihiro , Toyoda , Haruyashi , Kobayashi , Yuji , Mukohzaka , Naohisa and Hara , Tsutomu . 1997 . “High Speed Parallel Aligned Liquid Crystal Spatial Light Modulator Operated at 180 Hz” . Optical Review , 4 ( No 1B ) : 167 – 169 .
- Yim , L. W.K. , Davey , A. B. and Travis , A. R.L. 1996 . “Optically Addressed Spatial Light Modulators using the twisted smectic C* Liquid Crystal effect” . Ferroelectrics , 181 : 147 – 160 .
- Cognard , J. 1982 . Mol. Cryst. Liq. Cryst , 1
- Armitage , D. 1980 . J. Appl. Phys. , 51 : 2552
- Jakli , A. and Saupe , A. 1994 . Appl. Phys. Lett. , 65 ( 22 ) November
- Jakli , A. and Saupe , A. 1992 . Appl. Phys. Lett. , 65 ( 21 ) May
- Collings , N. , Pourzand , A. R , Vladimirov , F. L. , Pletneva , N. I. and Chaika , A. N. 1999 . “Pixe-lated liquid-crystal light valve for neural network application” . In Applied Optics accepted for publication in