ReMoTe-S。瑞士租户居住流动性:一个基于代理的模型

Anna Pagani, Francesco Ballestrazzi, Emanuele Massaro, C. Binder
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引用次数: 2

摘要

可持续住房是瑞士的一个关键优先事项。为了提供环境和社会文化可持续发展的住房,瑞士的业主需要在复杂的、特定于环境的系统中导航,该系统明确了家庭偏好与可供他们使用的住房之间的匹配。,住宅流动性。为了满足这一需求,本文概述了ReMoTe-S,一个基于代理的瑞士租户住宅流动模型。模型设计是基于对三家多户住宅供应商的租户进行的实证研究。它解释了住宅和家庭的生命历程,在此期间,后者试图最大限度地提高他们的满意度,这是根据他们期望的住房功能(例如,地位象征)与住宅功能之间的对应关系计算的。为了说明该模型的潜在用途,我们通过考虑住房可持续性的两个关键指标:人均建筑面积和空置率,探讨了其产出对住宅和建筑物定性和定量特征变化的敏感性。首先,我们观察到,以中大型住宅为主的供应和不太严格的占用规则的应用可能导致住房占用不足。其次,住房特征的某些组合产生了较低的空置率,因为它们更成功地产生了住房功能。我们得出的结论是,通过使住房供应商能够探索住房系统中复杂的人与环境相互作用,ReMoTe-S可以用于为住房存量的可持续管理提供信息。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ReMoTe-S. Residential Mobility of Tenants in Switzerland: An Agent-Based Model
: Sustainable housing is a key priority for Switzerland. To provide both environmentally and socio-culturally sustainable housing, Swiss property owners need to navigate the complex and context-specific system that articulates the match between households’ preferences and the dwellings available to them–i.e., residential mobility. In response to this need, this paper outlines ReMoTe-S, an agent-based model of tenants’ residential mobility in Switzerland. The model design is based on empirical research conducted with the tenants of three multifamily housing providers. It accounts for the life course of dwellings and households, during which the latter attempt to maximise their satisfaction, which is calculated as the correspondence between their desired housing functions (e.g., a status symbol) and the functions of dwellings. To illustrate the model’s potential uses, we explore the sensitivity of its outputs to changes in dwellings’ and buildings’ qualitative and quantitative features by considering two key indicators of housing sustainability: floor space per capita and vacancy rate. Firstly, we observe that a supply dominated by medium-to-large dwellings and the application of less strict occupancy rules can result in housing underoccupancy. Secondly, it emerges that certain combina-tions of housing features engender a lower vacancy rate inasmuch as they more successfully generate housing functions. We conclude that by enabling housing providers to explore the complex human-environment interactions of the housing system, ReMoTe-S can be used to inform a sustainable management of housing stock.
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