从区域LULC模型到瓦隆尼亚地区城市人口密度模拟

N. Stéphenne, L. Poelmans, E. Hallot, B. Beaumont, I. Uljee
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引用次数: 1

摘要

城市必须制定“智能”管理和规划战略,以缓解城市人口增长带来的挑战。SmartPop项目向瓦隆政策制定者提出了一个LULC模型和非对称人口密度图,用于分析和模拟未来城市发展和公民本地化。本研究将为法兰德斯和布鲁塞尔首都地区开发的约束元胞自动机LULC变化模型应用于瓦隆地区。本文介绍了项目两个部分的第一个输出。一方面,给出了2050年的当前和模拟LULC图,这是由LULC模型的第一个原型所得到的。其次,为法兰德斯开发的非对称映射协议使用瓦隆数据进行校准。所得的人口密度图使用国家自然人登记的匿名数据进行验证。该项目利用现有的工具和数据,为瓦隆尼亚、法兰德斯和布鲁塞尔提出了一个共同的空间规划模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
From Regional LULC Model to Urban Population Density Simulation in Wallonia
Cities must develop "Smart" management and planning strategies to mitigate the challenges caused by urban population growth. The SmartPop project proposes a LULC model and dasymetric population density maps to Walloon policy makers for analyzing and simulating future city development and localization of citizens. In this study, the constrained Cellular Automata LULC change model developed for Flanders and the Brussels-Capital Region is applied to the Walloon Region. This paper presents the first outputs from both parts of the project. On the one hand, maps of current and simulated LULC in 2050, resulting from the the first prototype of the LULC model are presented. Secondly, the dasymetric mapping protocol developed for Flanders is calibrated with Walloon data. The resulting population density map is validated with anonymous data of the National Register of Natural Persons. This project makes use of existing tools and data to propose a common spatial planning model for Wallonia, Flanders and Brussels.
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