Analysis of Accuracy Orthorectification Pleiades and QuickBird Imagery to Creation of Based Map of Detail Spatial Plan for Open Green Space (Case Study: Part of Tuban Urban Area)

Bangun Muljo Sukojo*, Salwa Nabilah

*Corresponding author for this work

Research output: Contribution to journalConference articlepeer-review

1 Citation (Scopus)

Abstract

Appropriate Government Regulation No. 15/2010 concerning the Organization of Spatial, Spatial Plan area (RTRW) Regency/City must assign part of its territory and put together a plan of Spatial Detail (RDTR). Map of RDTR that exist today can be said to be less qualified and their use should be insufficient. One of RDTR is about Open Green Space (RTH). In Act No. 26/2007 of spatial mentions open green space should consist of 30% of the city area that is 20% and 10% of the public and the private. In making the RDTR map can be done by using very high-resolution satellite imagery previously orthorectification needed to be made in advance. Therefore, it needs to be done research on the accuracy of very high-resolution satellite imagery, satellite imagery can be known so that it can be used for making the based map of RDTR with scale 1:5000. This research was conducted in the Urban area of Tuban, East Java. To create a base map of the Spatial Detail of this Plan needs to be done orthorectification using data that are the Pleiades Imagery, QuickBird Imagery, DEM data of Astrium Terra SAR X with a resolution 9 m, the measurement point of GCP and ICP with Geodetic GPS, and limits Urban administration. GCP and ICP are used as much as 5 and 12 points. After a specified GCP point, can do calculations of SoF with results indicators of SoF ≤ 1, and obtained of 0.1883. Then do the process of orthorectification with the GCP has been tied to BIG's SRGI with RMSError ≤ 1.5 pixels. As for the value of the RMS Error of 0.548 pixels for Pleiades Image and 0.366 pixels for QuickBird Image. To test the results of orthorectification, performed the accuracy test using ICP with a horizontal accuracy of 1.5175xRMSE. Test the accuracy of obtained results of 0.463 m for the image of the Pleiades and 0.414 m for QuickBird Imagery. So it can be specified in the 1:5000 scale for the image of the Pleiades enters class 1 and for class 1 entry QuickBird Imagery.Keywords: Geographic Information System, Landsat 8 Satellite, Quickbird Satellite, Remote Sensing, SPOT Satellite, Tuban Regency.

Original languageEnglish
Article number012019
JournalIOP Conference Series: Earth and Environmental Science
Volume165
Issue number1
DOIs
Publication statusPublished - 3 Jul 2018
Event3rd International Conference of Indonesia Society for Remote Sensing, ICOIRS 2017 - Semarang, Indonesia
Duration: 31 Oct 20171 Nov 2017

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