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Doctoral Thesis
DOI
https://doi.org/10.11606/T.18.2016.tde-09052016-111226
Document
Author
Full name
Simone Sayuri Sato
Institute/School/College
Knowledge Area
Date of Defense
Published
São Carlos, 2003
Supervisor
Committee
Silva, Irineu da (President)
Brito, Jorge Luis Nunes e Silva
Costa, Diógenes Cortijo
Loch, Carlos
Tommaselli, Antonio Maria Garcia
Title in Portuguese
Sistema de controle de qualidade dos processos fotogramétricos digitais para produção de dados espaciais
Keywords in Portuguese
Fotogrametria digital
Gestão e controle de qualidade
Normatização
Produção de dados espaciais
Abstract in Portuguese
Este trabalho propõe um Sistema de Controle de Qualidade (CQP) dos processos fotogramétricos digitais para a produção de dados espaciais baseados nos conceitos de gestão de qualidade ISO 9000 e nas diretrizes normativas suíças e norte-americanas. Procurou-se obter parâmetros de qualidade em cada um dos processos fotogramétricos digitais, de forma a garantir a qualidade final dos produtos e satisfazer às necessidades de precisão e exatidão dos dados espaciais e as suas aplicações. As principais fontes de erros são identificadas e comentadas e algumas das soluções propostas foram testadas com sucesso.
Title in English
Quality control system of the digital photogrammetric process for producing spatial data
Keywords in English
Digital photogrammetry
Quality control and management
Spatial data production
Standardization
Abstract in English
This work is aimed to the development of a Quality Control Process to be applied in the digital photogrametric processes that are part of the spatial data production. It is based on quality managements standards of ISO 9000 and in the Swiss and North American standards guidelines. Each step of the process was investigated to obtain individual parameters of quality that, collectively, were able to assure the quality of the end product, mostly in those aspects regarding the requirements for precision and accuracy. The main sources of errors are identified and discussed and some of the proposed solutions were tested successfully.
 
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Tese_Sato_SimoneS.pdf (63.07 Mbytes)
Publishing Date
2016-05-09
 
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