The development of georeferencing technique for conversion of existing topographic data to new geocentric-based datum

In LIS, the most important core datasets to support spatial component are the cadastral and topographic datasets. Cadastre (DCDB) and topographic (DTDB/CAMS) datasets were used in this study are from different coordinates system, sources, accuracy and differing government agencies, and it post a num...

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Bibliografische gegevens
Hoofdauteurs: Omar, Abdullah Hisam, A. Kadir, Abd. Majid, Ses, Sahrum
Formaat: Monograph
Taal:English
Gepubliceerd in: Universiti Teknologi Malaysia 2003
Onderwerpen:
Online toegang:http://eprints.utm.my/5672/1/71907.pdf
Omschrijving
Samenvatting:In LIS, the most important core datasets to support spatial component are the cadastral and topographic datasets. Cadastre (DCDB) and topographic (DTDB/CAMS) datasets were used in this study are from different coordinates system, sources, accuracy and differing government agencies, and it post a number of problems to integrate. In order to integrate, several issues must be considering, which are data structure, data quality, reference system and GIS environment. Geocentric RSO coordinate system was adopted as reference system in this study. The cadastral dataset NDCDB that obtained has been geo-referenced, namely NDCDB. Thus this research was more focused on georeferencing DTDB/CAMS dataset to establish NDTDB dataset, with purpose of integration. There are two methods of georeferencing, polynomial and datum transformation.