Dissertation　

About 60 item dissertation in line with Clock Recovery query results,the following is 1 to 50(Search took 0.089 seconds)

  1. All-optical Clock Recovery and UWB Technology Based on Optical Fiber Nonlinearity,HuangTianYe/Huazhong University of Science and Technology,0/105
  2. Research on Suppression Techniques of Chromatic Dispersion in High-speed Optical Fiber Communication Coherent Detection System,XuXia/Beijing University of Posts and Telecommunications,1/133
  3. Research on Clock Recovery of160Gbaud OTDM Systems,JiaXiXue/Beijing University of Posts and Telecommunications,0/16
  4. Research of Fiber Optic Four-wave Mixing Regeneration Technologies,MaHuiDong/University of Electronic Science and Technology,0/10
  5. Transmission of Mixed-signal on Single-Frequency Carrier,JiangYinChuan/Nanjing University,0/19
  6. Research and Application of Adptive Clock Synchronization Technology Over Packet Transport Network,ZhangQiang/Southwest Jiaotong University,0/60
  7. Realization of TDM over T-MPLS/MPLS-TP,XiongDaiLing/WRI,0/10
  8. The Design of Phase-Locked Loop Based on the Clock Recovery System,YinWei/Hunan University,0/39
  9. Research and design of application on the mobile phone payment of clock recovery circuit,WangMingGui/Fudan University,0/68
  10. Research of Three-channel Single-wire Transmission LED Driver Integrated Circuit,YuCaiDeng/University of Electronic Science and Technology,0/3
  11. All-optical Signal Processing Technologies Based on the Nonlinearities of SOA and EAM in Optical Network,ChenZhiXin/Beijing University of Posts and Telecommunications,0/326
  12. Research and Realization on Key Technology in All Optical Network,ChenYong/Beijing Jiaotong University,11/733
  13. High-speed serial communication clock recovery techniques,GuoZuo/Fudan University,10/1320
  14. Investigations on Characteristics and Applications of Injection Mode-locked Laser Based on SOA,WangTong/Tsinghua University,2/349
  15. High - speed low-noise phase-locked clock recovery circuit,WangTao/Fudan University,8/1116
  16. GaAs MESFET devices and optical communication GaAs circuit,ZhanZuo/Shanghai Institute of Metallurgy , Chinese Academy of Sciences,0/215
  17. Research on the Key Technology for the Read/Write Channel Servo Signal Detect Technology in Hard Disk,WangQingDong/Huazhong University of Science and Technology,0/117
  18. Theoretical Analysis and Experimental Research on All Optical 3R Regeneration,WangYaoTian/Tianjin University,2/179
  19. Research and Application of Clock Synchronization over Ethernet Packet Networks,ChenJian/Shanghai University,4/540
  20. Study on Key Techniques of High-Speed Optical Time-Division Multiplexing Systems,LiLiJun/Shanghai Jiaotong University,0/242
  21. Research on All-optical Signal Processing Based on Nonlinear Effect of Fiber,PengYongJun/University of Electronic Science and Technology,0/104
  22. A 1.25Gb/s Clock and Data Recovery Circuit Used in Gigabit Ethernet,YeJunQing/Shanghai Jiaotong University,2/274
  23. System Infrastructure of Base Station Interconnection Based on Abis-over-IP and Research of Clock Recovery Algorithm,FanWei/Huazhong University of Science and Technology,0/107
  24. Study on Burst Mode Receiver in APON,JiangCuiLing/Wuhan University of Technology,0/103
  25. Implementation and Application of TDMoIP Based Media Gateway,ZhangJun/Shanghai Jiaotong University,0/76
  26. Research and Design of USB Device Interface,ShenJian/Hefei University of Technology,6/358
  27. Investigation of Improving All-Optical Clock Recovery with Optical Code Mixer and Stabilzing the Wavelength of MLFL with CW,ZhuLiKai/Tianjin University,1/47
  28. Study and Implementation of Some Key Problems in TDMoIP,WangYing/Beijing Jiaotong University,1/138
  29. Research on the Clock Recovery Chips in 10Gbit/s SDH/SONET and 10-Gigabit Ethernet,LiJing/Southeast University,0/300
  30. TDM access technologies GPON system,DuYingChun/University of Electronic Science and Technology,5/210
  31. The Front-end Design of the Contactless Tag IC,HuangTao/Huazhong University of Science and Technology,5/492
  32. Digital TV signal source decoding video synchronization and SDRAM interface implementation,HuangXiaoWei/Zhejiang University,1/344
  33. High-speed optical burst mode clock synchronization,HuJun/University of Electronic Science and Technology,3/182
  34. Optical packet switching network of all-optical clock recovery technology research,WuTong/University of Electronic Science and Technology,1/212
  35. Nonlinear Application of Semiconductor Optical Amplifier in Optical Fiber Communication,WangFei/Southwest China Normal,0/253
  36. The Design and Implementation of A TDM over IP Prototype System,DanZuoDong/Tsinghua University,2/194
  37. Ultra- high-speed clock recovery circuit circuit design,ShengZhiWei/Southeast University,3/597
  38. The Integrate Circuit Design for 10-40Gb/s Optical Communication and 10 Gigabit Ethernet Clock-Recovery,SunLing/Southeast University,1/208
  39. Ultra- high-speed parallel optical receiver circuit design,HuYan/Southeast University,7/527
  40. The Clock Processing Chips Design of 10-40gbit/S Sdh/Sonet,10-Gigabit and Gigabit Ethernet,MengFanSheng/Southeast University,3/328
  41. 10Gb / s CMOS clock recovery circuit,WangJunFeng/Southeast University,3/393
  42. Functions for E_1 TDMoIP implementation of SCM control card,HeHua/University of Electronic Science and Technology,1/134
  43. CMOS high-speed phase-locked loop design,LiuJianWei/Nanjing University of Aeronautics and Astronautics,8/665
  44. Packet network transmission and clock recovery technology,LuMangHong/Xi'an University of Electronic Science and Technology,3/115
  45. The Analysis and Research on Circuit Emulation Service over Packet,WangYongGong/Xi'an University of Electronic Science and Technology,1/61
  46. Research of Timing Recovery Technology of Read/Write Channels of Hard Disk Drives,JinYu/Huazhong University of Science and Technology,0/59
  47. Research on IFF Mode S Burst DPSK Signal Demodulation Arithmetic and FPGA Implementation,RenQiao/PLA Information Engineering University,2/202
  48. The Study of Clock Recovery and Demultiplexing Module in 160Gbit/s OTDM,WangChen/Beijing Jiaotong University,1/131
  49. Design and Research of Clock and Power Circuit of UHF Passive RFID Tag Based on 0.18μm Technology,ZhengXuan/Tianjin University,1/125
  50. The Study of Optical Nonlinearity in 160Gbit/s OTDM,LuoDingJia/Beijing Jiaotong University,0/55

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