A semi-automatic neighborhood rule discovery approach. (November 2017)

• Record Type: Journal Article
• Authors: Wang, Tong; Han, Qi; de Vries, Bauke
• Is Part Of: Applied geography. Volume 88(2017)
• Page Start: 73
• Page End: 83
• Publication Date: 2017-11
• Subjects: Planning support -- Cellular automata -- Feature shape -- Generic computer-based tool -- Neighborhood rule detection; Geography -- Periodicals; Human geography -- Periodicals; Human ecology -- Periodicals; 910
• DOI: 10.1016/j.apgeog.2017.08.014
• Languages: English
• ISSNs: 0143-6228

Abstract

Abstract: Cellular automata (CA) models are used a lot in urban planning for land use change simulation. Neighborhood rules in CA models are normally derived by analyzing raster maps, while in reality, urban planning is based on parcels. Moreover, new trends of land redevelopment require land use transition impacts to be addressed and incorporated in land use simulation. This can be accomplished by comparing neighborhood compositions of a particular site, before and after its transition. This paper presents a generic approach to semi-automatically discover neighborhood rules by analyzing vector maps, with a special focus on transition impact analysis. The approach contains one script for manipulating vector data and another script for visualizing neighborhood compositions. A step by step instruction of this approach is presented. The North Brabant region of the Netherlands is used as a case study area. Industrial site transition is used as an illustration for land use transition process. Three types of statistical comparison algorithms are used to compare the land use model which uses neighborhood rules discovered from the proposed approach with a benchmark model which only models land use self-influence. The robustness of the approach is studied by separating the region into urban and non-urban areas. Results show the applicability of this approach in improving transparency and applicability of CA models. Highlights: A semi-automatic approach is presented to discover neighborhood rules. Scripts are developed to manipulate maps and visualize neighborhood compositions. Feature shapes are kept and used to preserve information to the most extent. A feature relationship determination algorithm is proposed. The process is transparent and provides the most influential neighborhood rules.