High precision 2D city map of West Bank cities

2018-02-21

Project for Radio Frequency planning, Geoinformation System and WEB-applications contains:

data for RF planning:
2D Regional Model of Al-Ram (West Bank) – 3 sq km
2D Regional Model of Bethlehem (West Bank) – 17,9 sq km
2D Regional Model of Hebron (West Bank) – 48 sq km
2D Regional Model of Jenin City (West Bank) – 14,9 sq km
2D Regional Model of Jericho (West Bank) – 32,7 sq km
2D Regional Model of Nablus City (West Bank) – 46,6 sq km
2D Regional Model of Qalqilia (West Bank) – 8,7 sq km
2D Regional Model of Ramalla (West Bank) – 29 sq km
2D Regional Model of Salfit (West Bank) – 3,2 sq km
2D Regional Model of Tulkarem (West Bank) – 26,4 sq km

data for GIS project and WEB project:
Map of Al-Ram (West Bank) – 3 sq km
Map of Bethlehem (West Bank) – 17,9 sq km
Map of Hebron (West Bank) – 48 sq km
Map of Jenin City (West Bank) – 14,9 sq km
Map of Jericho (West Bank) – 32,7 sq km
Map of Nablus City (West Bank) – 46,6 sq km
Map of Qalqilia (West Bank) – 8,7 sq km
Map of Ramalla (West Bank) – 29 sq km
Map of Salfit (West Bank) – 3,2 sq km
Map of Tulkarem (West Bank) – 26,4 sq km

2D Regional model is a medium-to-low-resolution database designed for large-area RF planning. It's the ideal solution in initial network planning and network planning in rural areas. 2D Regional RF map of West Bank cities (2D city models) covers more than 230 sq.km.
We have used recent vintage imagery Sentinel of 1 m resolution to create 2 m resolution geodata.
Herbon 2D DHM
SRTM/ASTER DEM data and available topomaps were processed for DTM/DSM production.
Herbon 2D DTM
Clutter/Land Use/Land Cover are classified into different classes: classes of built-up areas, water classes, classes of landscape and vegetation. Land Use map was produced from multispectral satellite imagery by method of automatic classification with subsequent manual photo-interpretation and modification.
Jericho 2D clutter web
2D Regional model allows quickly visualize terrain and clutter over large areas or entire countries. It consists of the following integrated layers: digital terrain model (DTM), clutter, linear vectors, orthoimage.
Data can be delivered in all major RF planning formats.
Regional Models may be integrated with 2D Urban ones to improve their accuracy in urban and suburban areas.

See also 2D Country Models of West Bank (Palestine) for RF planning and GIS project:

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