Sentence examples for implementation of gis from inspiring English sources

To develop an effective EWS in the recent year the implementation of GIS is one of the tool to manage data.

For example, in Algeria a methodology for implementation of GIS coupled with EPANET for the Chetouane water distribution network (WDN) has been developed to take advantage of a powerful modeling environment.

Recently, more complicated applications for GIS have included the active surveillance of cancer data to detect cancer clustering, a venture requiring coordinated implementation of GIS mapping and statistics-based spatiotemporal cluster analyses (Muravov et al. 1998; Rushton 2003; Sheehan et al. 2000).

In this paper, we examine the potential of using real-time 3D GIS for the development and implementation of GIS-based intelligent emergency response systems (GIERS) that aim at facilitating quick emergency response to terrorist attacks on multi-level structures (e.g. multi-story office buildings).

Widespread availability of remote sensing data along with thematic cartography and implementation of Geographic Information Systems (GIS), allows a fast integration of landscape environmental attributes, effectively reducing time and costs.

The most challenging issue for the efficient implementation of DM GIS is the inspection of mathematical relationships among the spatial objects (e.g. topology) for the data in the database and reconciliation of topological inconsistencies when they occur (Gao 2002).

Apart from that, the WebGIS GMO monitoring was optimised and improved by the implementation of additional sophisticated GIS techniques including buffer and intersect tools.

Accordingly, data from the WebGIS GMO monitoring will enhance the database of PortalU and enable remote geodata access without implementation of a local GIS software at the client PC.

Whilst not offering a total causal analysis of the failure of GIS implementation at NOWAY, this paper outlines the core factors that affected their GIS implementation process.

SMT includes three sound propagation models: an updated version of SPreAD-GIS, based on the System for Prediction of Acoustic Detectability model; NMSIMGIS, a GIS implementation of the Noise Model Simulation (NMSim) algorithms; and an implementation of an international outdoor sound propagation standard, ISO 9613 2.

This paper presents a parsimonious framework to evaluate factors of GIS project implementation.