A study proposed by Shaw and Xin [21] implements a temporal GIS, coupled with an exploratory analysis approach, to allow a systematic and interactive way of analysing land use and transportation interaction among various data sets and at user-selected spatial and temporal scales.
The model was implemented on a GIS platform with an automatic routine that manages all the data sets required and allows for the forecasting of groundwater storage volumes.
The frequency ratio model has some limitations despite its easiness and simplicity to understand and implement in a GIS environment.
The images were processed using Agisoft Photoscan Professional (Agisoft LLC, 2016) software and the resulting data were implemented in a GIS environment using the ESRI ArcGIS package.
Over the last two decades, several MCE methods have been implemented in a GIS environment, including weighted linear combination (WLC) and its variants [23 27] and ideal point methods [28, 29].
The measures of global and local spatial autocorrelation, defined in the Section 2, were applied and implemented in a GIS environment for analysing the spatial association of the internal and external daily trips made in the urban area of interest.
We implemented an innovative GIS-based modeling approach for mountain regions which combines objective methods with perception-based methods.
The empirical equations are implemented in a GIS-based simulation program and combined with a simple flow routing algorithm, to determine the potential run-out area covered by debris flow deposits.
The workload measure is based on GIS and enterprise databases, which address the workload imbalance issue in distribution; (2) implementing an optimal distribution model to serve nearly a hundred thousand retailers.
To design and implement an open-source parallel GIS (OP-GIS) based on a Linux cluster, the parallel inverse distance weighting (IDW) interpolation algorithm has been chosen as an example to explore the working model and the principle of algorithm parallel pattern (APP), one of the parallelization patterns for OP-GIS.
