Dissertation > Excellent graduate degree dissertation topics show

Annual vertical crustal movement characteristics of monitoring and research

Author: GaoJun
Tutor: DuZhiXing；ZhuWenYao；SongShuLi
School: Shandong University of Science and Technology
Course: Geodesy and Survey Engineering
Keywords: Mm -level terrestrial reference frame Crustal nonlinear motion GPS VLBI SLR Geophysical factors Annual vertical crustal movement
CLC: P228.4
Type: Master's thesis
Year: 2010
Downloads: 36
Quote: 0
Read: Download Dissertation

Abstract


This article is a millimeter in building international terrestrial reference frame ITRF (International Terrestrial Reference Frame) background for annual vertical crustal movement characteristics were studied and discussed. This article first ITRF2005 do a simple discussion, then pointed ITRF2005 can not meet the needs of current scientific research , and explains why it is not true ITRF2005 millimeter terrestrial reference frame , and build millimeter terrestrial reference frame need to address two key issues: nonlinear characteristics of crustal movement monitoring and modeling ; Earth's center of mass motion monitoring and modeling . This thesis study only the former. The third to fifth chapter is the focus of the article content , talking about the use of Crustal Movement Observation Network (CMONC) of 25 GPS base station coordinates time series fitting annual vertical movement characteristics of each station 's annual and annual amplitude phase , to achieve the elevation direction crust nonlinear motion feature ( mainly annual movement ) space technology for monitoring ( mainly GPS), GPS technology itself because there are some problems , GPS monitoring results and comparison checklist needs to be confirmed . This is the middle of the GPS technology of their own problems reconciliation process to do the research , and leads to a checklist approach the next two chapters ; still ITRF2005 juxtaposition stations on VLBI, SLR and GPS monitoring results of the three techniques compared to checklist GPS monitoring results ; while taking advantage of domestic eight IGS stations sites geophysical factors molded annual vertical movement amplitude and phase , as a checklist GPS monitoring results of a method , and finally gives GPS monitoring the reliability of the conclusions. It examines the various geophysical factors load calculation method did briefly discussed, and geophysical factors precision molded conducted a preliminary assessment . Finally a summary of the article further summarizes the results of this research and development prospects for the future .

Related Dissertations

  1. Research and Realization on Synchronization Technology of High Sensitivity GNSS Software Receiver,P228.4
  2. Study on Attitude Determination Method of Distributed Moving Warship OTHR System,P228.4
  3. The Research of Navigation Multi-Sensor Data Fusion Technology Based on Micro Unmanned Platform,V249.32
  4. Algorithm Research on SINS/GPS Integrated Navigation Syste,V249.328
  5. Study on the Locomotive Dynamic Supervision System,U284.48
  6. Research on Techniques of Information Acquisition and Location in Pavement Roughness Inspection,U416.2
  7. Anti-Jam Technique Research for GPS,P228.4
  8. Design of GPS Information Receiving System Based on Nios Ⅱ,TN967.1
  9. GIS and GPS- based Land Resources dynamic inspection system design and implementation,P208;P228.4
  10. Study on the Technique of Information Fusionapplied to Enbedded Driver Fatigue Detection,TP368.12
  11. Study of Pulse Signal Algorithm and Positioning for Pulse Signal’s Automatic Monitoring System,TN911.7
  12. Software Approach to Implement Power Optimization in Embedded Handheld Mobile Gis Device,TP311.52
  13. Research on the Models of GPS Height Fitting Based on BP Neural Network and Their Applications,P228.4
  14. Study of GPS Data De-noising Method Based on Wavelet and Kalman Filtering,P228.4
  15. A Design of Human Balance Monitoring System Based on Embedded Linux,TP274
  16. Design and Implementation of mobile positioning and monitoring system based on GPRS,TP311.52
  17. The Design and Implementation of C/S-Based Vehicle Remote Monitoring System,TP277
  18. Satellite Formation Satellite Relative Measurement Technology,V448.2
  19. ARM-based GPS positioning algorithm research and implementation,P228.4
  20. Multi- channel GPS receiver design and implementation of anti-jamming,P228.4
  21. GPS receiver FFT capture technology and FPGA implementation,P228.4

CLC: > Astronomy,Earth Sciences > Surveying and Mapping > Geodesy > Satellite geodesy and space geodesy > Global Positioning System (GPS)
© 2012 www.DissertationTopic.Net  Mobile