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公開日期標題作者
1-一月-199633-channel 64-QAM signal transmission using a 1.3-mu m semiconductor optical amplifierChiang, PY; Tai, C; Way, WI; 電信工程研究所; 電信研究中心; Institute of Communications Engineering; Center for Telecommunications Research
1-九月-2000740-km transmission of 78-channel 64-QAM signals (2.34 Gb/s) without dispersion compensation using a recirculating loopWu, MC; Wong, JK; Tsai, KT; Chen, YL; Way, WI; 電信工程研究所; Institute of Communications Engineering
1-五月-2006Alignment monitoring technique for pulse carver and data modulator in RZ-DPSK systems using an optical frequency discriminatorTsai, KT; Lu, GW; Chen, LK; Way, WI; 電信工程研究所; Institute of Communications Engineering
1-十一月-2005Chromatic-dispersion monitoring using an optical delay-and-add filterTsai, KT; Way, WI; 電信工程研究所; Institute of Communications Engineering
1-六月-1999CSO distortions due to the combined effects of self- and external-phase modulations in long-distance 1550-nm AM-CATV systemsWu, MC; Wang, CH; Way, WI; 電信工程研究所; Institute of Communications Engineering
1-七月-1996Demonstration of gigabit WDMA networks using parallelly processed subcarrier hopping pilot-tone (P-3) signaling techniqueWang, BH; Yen, KY; Way, WI; 電信工程研究所; 電信研究中心; Institute of Communications Engineering; Center for Telecommunications Research
1-七月-1996Demonstration of gigabit WDMA networks using parallelly processed subcarrier hopping pilot-tone (P-3) signaling techniqueWang, BH; Yen, KY; Way, WI; 電信工程研究所; 電信研究中心; Institute of Communications Engineering; Center for Telecommunications Research
1-十二月-2000Design and implementation of ultra-low latency optical label switching for packet-switched WDM networksMeagher, B; Chang, GK; Ellinas, G; Lin, YM; Xin, W; Chen, TF; Yang, X; Chowdhury, A; Young, J; Yoo, SJ; Lee, C; Iqbal, MZ; Robe, T; Dai, H; Chen, YJ; Way, WI; 電信工程研究所; Institute of Communications Engineering
1-四月-1996Dynamic range and switching speed limitations of an NxN optical packet switch based on low-gain semiconductor optical amplifiersTai, C; Way, WI; 交大名義發表; 光電工程學系; National Chiao Tung University; Department of Photonics
1-九月-1996Eight-way, 70-km transmission of 33-channel 64-QAM signals utilizing a 1.3-mu m external modulation system and semiconductor optical amplifierTai, C; Chiang, PY; Way, WI; 電信工程研究所; 電信研究中心; 光電工程研究所; Institute of Communications Engineering; Center for Telecommunications Research; Institute of EO Enginerring
1-九月-1996Eight-way, 70-km transmission of 33-channel 64-QAM signals utilizing a 1.3-mu m external modulation system and semiconductor optical amplifierTai, C; Chiang, PY; Way, WI; 電信工程研究所; 光電工程學系; Institute of Communications Engineering; Department of Photonics
1-六月-1999The feasibility study of transporting IS-95CDMA signals over HFC networksLin, YM; Way, WI; 電信工程研究所; Institute of Communications Engineering
1998The feasibility study of transporting wireless CDMA signals over HFC networksLin, YM; Way, WI; 電信工程研究所; Institute of Communications Engineering
1-六月-2004Fiber nonlinearity limitations in ultra-dense WDM systemsWu, MC; Way, WI; 電信工程研究所; Institute of Communications Engineering
1-十月-1998Large-signal spurious-free dynamic range due to static and dynamic clipping in direct and external modulation systemsWang, BH; Chiang, PY; Kao, MS; Way, WI; 電信工程研究所; Institute of Communications Engineering
1-七月-2004Multichannel single-sideband SCM/DWDM transmission systemsChen, WH; Way, WI; 電信工程研究所; Institute of Communications Engineering
1-八月-1997Multiple access in the presence of optical-beat and co-channel interference using Walsh-code-based synchronized CDMA techniqueHsiao, CC; Wang, BH; Way, WI; 電信工程研究所; Institute of Communications Engineering
1-八月-1997Multiple access in the presence of optical-beat and co-channel interference using Walsh-code-based synchronized CDMA techniqueHsiao, CC; Wang, BH; Way, WI; 交大名義發表; 電信工程研究所; National Chiao Tung University; Institute of Communications Engineering
1998Novel electro-optical pre-distortion technique and its application in externally modulated CATV transmission systemsTsai, KT; Tai, C; Way, WI; 電信工程研究所; Institute of Communications Engineering
1-八月-2000A novel optical label swapping technique using erasable optical single-sideband subcarrier labelLin, YM; Way, WI; Chang, GK; 電信工程研究所; Institute of Communications Engineering
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