Disease Spatial Binary Modeling: Dengue Hotspots in Selangor, Malaysia
The function of this model is to locate the highest dengue hotspots/outbreak by using the previous highest dengue incidence raster layers in the years 2010 until 2013. The highest dengue hotspots value is five and the lowest value is one. The output result is the value of zero (null) and the value of one (hotspots).
Rank Index Spatial Modeling: Homelessness Analytics in Kuala Lumpur
The function of this model is to locate the highest homeless peoples in Kuala Lumpur. The model used five variables of criteria, which homeless people highly seek / favor for temporarily staying. Each variable of criteria is standardized / rank into five classes and assign different weights individually. The output result is the rank value of one for the highest homeless people and rank value of five is the lowest homeless people located in Kuala Lumpur.
Tapirus Indicus Spatial Regression Habitat Modeling in Pekan, Malaysia
The function of this model is extrapolated Tapirus indicus or Malaya Tapir natural habitat in the district of Pekan, Pahang, Malaysia using explanatory variables layers of the dam, waterbody, road and land cover of vegetation. The model applies Ordinary Least Squares (OLS) linear regression to predict the Malaya Tapir habitat. The model achieves an accuracy of 74% (Adjusted R-Squared: 0.745778). The final result output shows the standard residual of model performance.
Microscale Geoportal Dummy Info For Real Estate Evaluation In Selangor, Malaysia.
Dynamic Web Map
Dynamic Web Map QR
Pano-360 Web Viewer
Pano-360 Web Viewer QR
Static Map
The purpose of this small scale geoportal web map is to provide geospatial info/insight to real estate or homebuyers. The information included are land use cadastral, land price, POI, DEM, 40 meters flood model, 360 Pano view, Google live traffic flow, etc.
Extend coordinates for this geoportal are only (small scale):11313900.0,346284.0: 11314900.0,346891.0.
Stay tuned for more geospatial related portfolio; user guide; technical papers; tutorial video; podcast and many more!
Legal Disclaimer:
The information contained in this website is for general information purposes only.
Any reliance you place on such information is therefore strictly at your own risk.
This website and its content are copyright© Jonathan Lau Kah Hoe.