Sentence examples for gis functionality from inspiring English sources

ASSESS provides an interface in the ArcInfo Grid GIS environment that accesses GIS functionality and enables simple linear addition and combination of data layers, quantised into rankings from 1 to 5 corresponding to suitable/good to unsuitable/bad, for the development of output scenarios that may be constructed from different user viewpoints.

Our results indicate that (i) all eight GIS provide the basic GIS functionality needed in landscape ecology, (ii) they all facilitate customisation, and (iii) they all provide good support via forums and email lists.

Beyond serving maps, this chapter also focuses on how to serve GIS functionality in the web environment.

It shows that both peer-to-peer and mobile agent techniques provide a better solution for serving maps and GIS functionality over the Internet.

To overcome these problems, the chapter examines the emerging peer-to-peer (P2P) model, a decentralized Internet architecture, for serving geographical information system (GIS) functionality in a more efficient and effective way.

In order to support them on their way, GIS functionality has to be provided: users have to be able to perform spatial queries on their environment and to navigate through the virtual models, and thus a GIS interface has to be implemented.

According to Sui and Maggio (1999), GIS functionalities embedded in the hydrological modeling packages were primarily adopted by hydrologic developers.

Through GIS-functionality, planners are able to evaluate a range of reasonably good solutions (i.e., from an ecological perspective), in the context of other considerations, such as economics or political expediency.

Over the last decades, many advances have been made in GIS interfaces and functionality; however the concept of proximity or nearness, which is essential in many forms of human reasoning, is still being addressed insufficiently.

Therefore, the fusion of GIS and SD functionality, as presented in this paper, opens up new applications for SSD in fields where regular grids and one-directional stock-to-raster associations are not conducive to representing reality.

Analyses of visibility have become a commonplace within landscape-based archaeological research, whether through rich description, simple mapping or formal modelling and statistical analysis, the latter increasingly carried out using the viewshed functionality of GIS.