RSA Raja Abdullah - apan.net

17 Pages·2009·2.58 MB·Indonesian

RSA Raja Abdullah
 Introduction/Objectives
 Scope and Implementation Plan
 Site Description
 Sensors
 Network Architecture
 Roles of Agencies
 PoC Outcomes
 Issue
 Advantage
 Conclusion
 Hillside development has resulted in the increasing occurrence of
landslides in Malaysia
 Landslides have occurred not only in residential areas but also at
highways, resulting in loss of lives and economic hardship to the
public, authorities and government
•To showcase WSN technology for slope monitoring
•To develop an effective landslide hazard monitoring,
predictive and analytical system by utilizing WSN
motes - real time data can be accessed remotely.
Highway
Date of Occurrence Landslide Location Fatality Injury
Closure
11Dec1993 HighlandTower 48 - -
30Jun1995 GentingSempah 20 22 -
6Jan1996 Km303.8,GuaTempurung 1 - YES
29Aug1996 PosDipang,Perak 38 - -
20Nov2002 Hillview 8 - -
26Oct2003 Km21.8,BukitLanjan - - YES
12Oct2004 Km303,GuaTempurung - 1 YES
31May2006 Zooview 4 - -
17Jan2008 PlantationatComeronHighlands 3 - -
6Sept2008 TelukBahang,Penang YES
15Oct2008 PinggirBukitSegar,Cheras,Selangor - - YES
17Oct2008 GanesanQuarry,HuluLangat,Selangor 2 - -
19Oct2008 SungaiKayuArainPetalingJaya,Selangor, - - -
SAFETY IMPACT
30Nov2008 UluYamPerdananearKualaKubuBaru,Selangor 2 - -
4Dec2008 JalanSemantan,KualaLumpur. - - -
6Dec2008 BukitAntarabangsa,K.Lumpur 5 15 -
NATIONAL SLOPE MASTER
PLAN
 Develop a national landslide hazard monitoring, prediction and early warning
system.
 Develop real-time monitoring and prediction capabilities on both site specific
and regional scales, to assist Federal, State, and local emergency managers
determine the nature of landslide hazards and the extent of ongoing risks.
 Propose latest available technologies and application framework for monitoring
landslide movement nationwide.
 Propose state-of-the-art techniques with respect to real-time monitoring for
incorporation with slope stability models.
National Monitoring
Centre for Slope
Km 21.8, Bukit Lanjan
Pos Dipang, Perak
Sungai Kayu Ara,PJ
Selangor,
Taman Zooview Bukit Antrabangsa, K. Lumpur

Typical
Slope in
Bkt Stong-Jelawang (101.9629E , 5.246N)
Malaysia
• Size : 140m slope height
• Location : Located in Kelantan
• Method: Sub surface monitoring
• Slope monitored starting 2008
• Moderate slope movement but active during raining season
Rain gauge (RG)
•Capturing rainfall data
Vibrating Wire Piezometer (VWP)
•Measure pore water pressure
Soil Moisture
•Monitor soil suction In Place Inclinometer (IPI)
•Sub surface soil movement
-1 hour data granularity-