| 公開日期 | 標題 | 作者 |
| 15-九月-1995 | ANISOTROPIC STRONG VOLUME HOLOGRAM IN BATIO3 | SUN, CC; CHANG, MW; HSU, KY; 光電工程學系; Department of Photonics |
| 15-十二月-1993 | CONDITIONAL CONVERGENCE OF PHOTOREFRACTIVE PERCEPTRON LEARNING | HSU, KY; LIN, SH; YEH, P; 光電工程學系; Department of Photonics |
| 15-四月-1993 | CONTRAST-REVERSIBLE PHOTOREFRACTIVE INCOHERENT-TO-COHERENT OPTICAL CONVERTER BY USING AN ANISOTROPIC STRONG VOLUME HOLOGRAM | SUN, CC; CHANG, MW; HSU, KY; 光電工程學系; Department of Photonics |
| 1-九月-1994 | GENERALIZED PERCEPTRON LEARNING RULE AND ITS IMPLICATIONS FOR PHOTOREFRACTIVE NEURAL NETWORKS | CHENG, CJ; YEH, PC; HSU, KY; 交大名義發表; 光電工程學系; National Chiao Tung University; Department of Photonics |
| 1-八月-1995 | HOLOGRAM ENHANCEMENT IN PHOTOREFRACTIVE MEDIA | YEH, PC; GU, C; CHENG, CJ; HSU, KY; 光電工程學系; Department of Photonics |
| 1995 | A HYBRID NEURAL-NETWORK FOR IMAGE CLASSIFICATION | HSU, KY; LIN, SH; 電子物理學系; 光電工程學系; Department of Electrophysics; Department of Photonics |
| 10-七月-1994 | MATRIX MATRIX MULTIPLICATION BY USING ANISOTROPIC SELF-DIFFRACTION IN BATIO3 | SUN, CC; CHANG, MW; HSU, KY; 光電工程學系; Department of Photonics |
| 1-七月-1986 | MISALIGNED SPHERICAL-MIRROR WAVE-GUIDE RESONATORS | HSIEH, TC; HSU, KY; LI, Y; 光電工程學系; Department of Photonics |
| 1-十一月-1995 | OPTICAL RESTORATION OF PHOTOREFRACTIVE HOLOGRAMS | YEH, P; GU, C; CHENG, CJ; HSU, KY; 光電工程學系; Department of Photonics |
| 1-二月-1995 | OPTICAL RESTORATION OF PHOTOREFRACTIVE HOLOGRAMS THROUGH SELF-ENHANCED DIFFRACTION | CAMPBELL, S; YEH, PC; GU, C; LIN, SH; CHENG, CJ; HSU, KY; 光電工程學系; Department of Photonics |
| 20-九月-1992 | OPTIMAL INCIDENT CONDITIONS FOR A CAT-TYPE SELF-PUMPED PHASE-CONJUGATE MIRROR | SUN, CC; YEH, S; CHANG, MW; HSU, KY; 光電工程學系; Department of Photonics |
| 1994 | REAL-TIME IMAGE PROCESSING USING PHOTOREFRACTIVE CRYSTALS | HSU, KY; LIN, SH; HSIEH, TC; 光電工程學系; Department of Photonics |
| 1-四月-1994 | TRAINABLE PATTERN CLASSIFIER USING A COMPUTER-GENERATED HOLOGRAM | HSU, KY; CHENG, CJ; HSIEH, TC; 電子物理學系; 光電工程學系; Department of Electrophysics; Department of Photonics |
