Items where Author is "Yu, Zhongxiu"

Beijing University of Posts and Telecommunications (2005) Method for realizing optical fiber raster multiple function apodisation by single exposure. Application number: 200310100154, Publication number: G02B6/124, international identification: 1607406.

Liu, Deguo, Yu, Zhongxiu, Wang, Xu and Wu, Qiang (2004) Optical burst switching with GMPLS. Modern Science and Technology of Communications, 8. pp. 49-50. ISSN 1002-5316

Hu, Lehui, Yu, Zhongxiu, Wang, Kuiru, Xin, Yu, Wu, Qiang and Wang, Xu (2003) Analysis on multiple reflective peak of chirped uniform fiber Bragg grating. Photon Technology, 3 (4). pp. 112-117.

Hu, Lehui, Wang, Kuiru, Wang, Xu, Wu, Qiang and Yu, Zhongxiu (2003) Ripple measurement on the SDH/PDH based network nodes. Photon Technology, 3 (2). pp. 107-110.

Wu, Qiang, Yu, Zhongxiu, Xin, Yu, Yao, Deqi, Xin, Xiangjun, Hu, Lehui and Wang, Yuefei (2003) Analysis on dispersion compensation with DCF. Semiconductor Photonics and Technology (3). pp. 186-188. ISSN 1007-0206

Liu, Deguo, Yu, Zhongxiu, Wu, Qiang and Wang, Xu (2003) Implementation of multi-service transport over SDH in MAN. Modern Science and Technology of Communications, 3. pp. 6-8. ISSN 1002-5316

Liu, Deguo, Yu, Zhongxiu, Wu, Qiang and Wang, Xu (2003) Network storage technologies in MANs. Telecom World (3). p. 34. ISSN 1006-4222

Yu, Xin, Yu, Zhongxiu, Wu, Qiang, Xin, Xiangjun and Zheng, Wenxiao (2003) A kind of two-dimension code word structure of OCDMA system and fiber Bragg grating en-/de-coder. Journal of Optoelectronics Laser, 5. pp. 512-514. ISSN 1274-1278

Wu, Qiang, Yu, Zhongxiu, Lin, Ming, Wang, Tianzhu, Zheng, Wenzuo and Wang, Chuanlin (2002) Influences of fiber SPM and XPM on 16×10 Gbit/s system. Study on Optical Communications (5). pp. 36-39. ISSN 1005-8788

Xin, Yu, Yu, Zhongxiu, Wu, Qiang and Xin, Xiangjun (2002) Several tuning methods of fiber grating. Study on Optical Communications (5). pp. 51-54. ISSN 1005-8788

Qin, Wenbaio, Yu, Zhongxiu, Wu, Qiang and Gao, Zehua (2001) Research on hopping frequency codes for OCDMA system. Study on Optical Communications (2). pp. 21-24. ISSN 1005-8788