PENGEMBANGAN SISTEM INFORMASI GEOGRAFIS BERBASIS LOCAL GENIUS SUBAK UNTUK SISTEM DRAINASE WILAYAH MONANG-MANING, KECAMATAN DENPASAR BARAT, KOTAMADYA DENPASAR

Authors

  • I Gede Adi Saputra Yasa

DOI:

https://doi.org/10.23887/jptk-undiksha.v11i1.4079

Abstract

This study was aimed to (1) describe the problems in the drainage system in Monang
Maning area, (2) design the waterway of the drainage system based on subak local genius,
and (3) implement the design model of drainage system based on subak local genius, especially for the route along Monang Maning area, in West Denpasar district – Denpasar
municipality, by using the Geography Information System.

This research used the software development method called System Development Life Cycle (SDLC), which was divided into 5 cycled phases; Planning, Analysis, Design,
Implementation and Maintenance. This study produced some products based on the purposes of the study; (1) the
description of the problems in the drainage system in Monang Maning which included the
waste disposal into the water, the land exploitation, the utilization of the buildings, the trespassing over the river border sign, sedimentation, the constriction of the river or
waterway, and the constriction or the loss of the water holes on the pavement due to the
raising of the street height, (2) the waterway of the drainage system based on subak local genius, which involved the transformation of telabah gede / telabah aya into 9 (nine) primary
drainage waterways, the transformation of telabah pemaron gede into 16 (sixteen) secondary
drainage waterways and the transformation of telabah pemaron cenik into 27 tertiary drainage waterways, in which the division buildings for the drainage waterways based on
subak local genius in Monang Maning were 7 primary inlet-outlet control, 23 secondary inlet- outlet control and 28 tertiary inlet-outlet control, (3) the implementation of software using
MAPINFO, MySQL 5, VB 6 and ODBC 5.3 software. The software presented the primary,
secondary and tertiary waterway design, the direction and the connectors on each waterway.

Downloads

Published

2014-02-01