Dissertation > Excellent graduate degree dissertation topics show

Long distance away from the pump station optical fiber communication systems software research and optimization analysis

Author: HuZuo
Tutor: SunJunQiang
School: Huazhong University of Science and Technology
Course: Optical Engineering
Keywords: Long distance optical fiber communication station Remote Pump Communication system optimization Production optimization software
CLC: TN929.11
Type: Master's thesis
Year: 2011
Downloads: 36
Quote: 0
Read: Download Dissertation

Abstract


With the power system UHV AC and DC power grid construction , transmission line transmission distance between substations and farther away , and the transmission line synchronization build fiber-optic network is also facing long span transmission test. Different from ordinary optical fiber link , the power system optical fiber communication link established repeater station more difficult. Not only engineering complexity, high cost , and the general location of relay stations in more remote areas , it is also very difficult to maintain . Therefore , to extend the optical fiber communication system away from the station from the power problem to be solved urgently . Long distance away from the pump station optical fiber communication system optimization software is a long optical fiber communication system architecture aided design software . It has a friendly man-machine interaction interface , easy operation and simple . It can automatically optimize the optical fiber communication system , telling project to build a system with the best communication performance configuration . It also has a checking function . When the project is based on the actual needs of personnel to reconfigure the system , the software can be reconfigured to predict system performance . By using the software , long walk away from the station pump fiber-optic communication system design and construction efficiency is greatly increased. This paper describes the design and implementation of optimization software for the entire process. In a brief introduction to optimization software design ideas , this paper analyzes the long walk away from the station pump optical fiber communication system works , in the analysis of how the system works on the basis of the simulation software used to build a mathematical model . This paper also analyzes the system's various structural parameters on the impact of communication quality , and on this basis of the analysis to determine the system's optimization. Then, the paper describes how to write software modules, using numerical simulation model and the implementation method for solving optimization algorithm . To achieve some of the software , this paper analyzes the software functionality and needs, developed a software implementation of specific programs , used to guide the preparation of the software kernel . This article also describes the kernel programming is complete, use the GUIDE interface design and completion of the entire package of steps. In the last section, we introduce the software functionality and specific use . And the results calculated by the software to analyze the system architecture of the communication quality.

Related Dissertations

  1. The Design and Realization of the Power Supervising & Controlling System of Substation,TM76
  2. Equipment Configuration and Optical Amplifier Module Analysis for Long-span Unrepeatered Optical-fiber Communication Systems,TM73
  3. Research on the Nonlinear Effects of DPSK Optical Fiber Communication Systems,TN929.11
  4. New modulation format signal generation and regeneration of the phase,TN929.11
  5. Research of PMD Measurement,TN929.11
  6. Study into the Statistical Characteristics of the Impact of SRS in DWDM Systems,TN929.11
  7. Design of Adaptive Equalizer Based on FPGA for Pmd in Optical Fiber Communication System,TN929.11
  8. Study on Constraint Routing Algorithm of RPR-Based High Survivability Network,TN929.11
  9. Desing and Implementation of FC Address Management and Data Synchronization of Name Service,TN929.11
  10. Study on the Searching and Tracking Algorithms for Polarization Mode Dispersion Compensation,TN929.11
  11. Multi-level Phase Modulation Formats and Their Polarization Mode Dispersion Performance in High Speed Fiber-optics Communication System,TN929.11
  12. Study on the Dispersive and Nonlinear Properties of Microstructured Fibers,TN929.11
  13. FPGA- avionics Fibre Channel interface card,TN929.11
  14. DWDM network-assisted maintenance system design and implementation,TN929.11
  15. FC-AL network protocol analysis and design,TN929.11
  16. The Principal State of Polarization Method of Polarization Mode Dispersion Measurement,TN929.11
  17. Research on Optical Supervisory Channel and Dispersion Compensation,TN929.11
  18. Researches on DQPSK Modulation and PMD Compensation in Optical Fiber Communication Systems,TN929.11
  19. The Application Research on Dispersion Compenstion Technology in Wavelength Division Multiplexing,TN929.11
  20. Research on Micro-Ring Photodetectors with Flat-Top and Steep-Edge Response for WDM System,TN929.11
  21. Polarization Generator Research Based on PZT Squeezed Fiber Polarization Controller,TN929.11
  22. Study on High Bit Rate Optical Modulation Technology,TN929.11

CLC: > Industrial Technology > Radio electronics, telecommunications technology > Wireless communications > Lightwave communications, laser communications > Optical fiber communication
© 2012 www.DissertationTopic.Net  Mobile