Dissertation > Excellent graduate degree dissertation topics show

Development and Implementation of Project Site Quality Inspection Management System

Author: SunZuo
Tutor: GuoShaoZhong
School: PLA Information Engineering University
Course: Software Engineering
Keywords: project site inspection table self-inspection sampling reexamination
CLC: TP311.52
Type: Master's thesis
Year: 2012
Downloads: 6
Quote: 0
Read: Download Dissertation

Abstract


In the engineering quality supervision areas, along with the constant enlargement of the scale of engineering construction, engineering quality supervision meets more and more big challenge. In communication engineering site installation quality management in China, the problem is especially outstanding, each communication engineering to check the number of sites, many regional span and KPI check tedious, the traditional paper-based document management method can not achieve convenient, unity, and efficient management.Engineering site quality inspection management system is to be implemented in order to solve the above-mentioned problems and proposed. In this paper, through the information means applied to quality management process, it can complete the whole process of quality record and monitoring, improving management quality and efficiency and reducing the management cost.Firstly, through the engineering site quality inspection in the process of the function and role analysis, we combed out a site quality inspection management of the complete process, and abstract the document organization relationship, analysis and set up a general quality score model. In terms of security, we use the RBAC rights management and3DES encryption, and designed a piecewise inversion method enhanced key safety. In the specific implementation, we proposed SSH-based framework prototype system construction, and make full use of mature technology to ensure system stability, easy maintenance and easy integration.Finally, we test the system by modular method and pressure method, and test results show that the system is stable, reliable and attains to the system design requirements.

Related Dissertations

  1. Development of the Digitizer Based on PCI-E Bus,TP274.2
  2. Design of Receiving Processor on Radio Signal and Multi-Rate,TN851
  3. On Filtering Algorithm of UKF Based GPS/DR Integrated Vehicle Navigation System,TN967.2
  4. DSP and FPGA System Based on Harmonic Analysis,TM711
  5. The Research of Markov Switching Cointegration Model,F224
  6. Research and Implementation of Electrochemical Logging Measuring and Monitoring System,P631.811
  7. Research of IF Sampling Receiver Technology,TN858
  8. Dynamic analysis based on multi-core acceleration method,TP332
  9. DSC-based Power System Harmonic Measurement Method,TM935.2
  10. Study on Jamming Methods Against Bistatic Radar,TN974
  11. Study on the Technique of Spaceborne Radar Jamming and Simulation,TN974
  12. Study on Pre-processing Algorithm in the Front-end of Video Compression and Design System for Smart Surveillance,TP391.41
  13. Investigation on Blood Supersession in Jinan Area and Research on the Countermeasures,R197.6
  14. The Research of Multi-objective Stratified Sampling Method and Its Application,C811
  15. A Study of Direct RF Sampling Receiver in Magnetic Resonance Imaging System,R197.39
  16. The Study on Data Acquisition Technology for Ultraviolet Spectrometer,TH744.1
  17. Study and Development of ECG Monitoring System,R54
  18. Digital Signal Processing in the Airborne ILS,V241
  19. Research on Attitude Determination and Control of Small Satellite Based on Nonlinear Filter,V448.2
  20. Research and Implementation for Receiving Algorithm of New Generation Satellite Signal Based on FPGA,V448.2
  21. Research on Vibration Monitoring System of Turbine and Rotor Dynamics Analysis,TK268.1

CLC: > Industrial Technology > Automation technology,computer technology > Computing technology,computer technology > Computer software > Program design,software engineering > Software Engineering > Software Development
© 2012 www.DissertationTopic.Net  Mobile