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Surgical Interventions in Topological Bottlenecks a Multi Agent Wave Function Collapse Framework for Adapting Existing Secondary Hospitals into Elderly Care (110279)

Session Information: Built Environment
Session Chair: Mimi Tse

Sunday, 12 July 2026 09:55
Session: Session 1
Room: UCL Torrington, B17 (Basement Floor)
Presentation Type:Oral Presentation

All presentation times are UTC + 1 (Europe/London)

Transforming existing secondary hospitals into elderly care facilities is essential for addressing global aging and reducing carbon emissions. Traditional spatial evaluation methods often ignore how micro-kinematic perturbations, such as wheelchair turning radii, disrupt macro-building topologies. Clashes between new spatial demands and rigid boundaries like shear walls create systemic topological deadlocks, leading to unnecessary demolitions. To address this, a bottom-up multi-agent wave function collapse (WFC) heuristic framework is proposed. Floor plans are discretized into negotiating agents, with elderly care regulations abstracted into physical state templates. During dynamic envelope expansion, agents perform geometric calculations and spatial negotiations guided by a graph attention network. Simulations and practical applications across various secondary hospital types demonstrate significant efficacy in identifying topological bottlenecks and resolving systemic deadlocks. Results prove that remodeling resistance concentrates in specific bottlenecks rather than distributing linearly. Consequently, a surgical intervention strategy is proposed to maximize topological release with minimal structural cost. This research provides a novel quantitative algorithm for spatial resilience; it is hoped that this framework can serve as a humble decision-making reference for low-carbon elderly care adaptations and urban renewal.

Authors:
Ke Zhu, Chongqing University, China
Xu Yeyang Zhang, Southeast University, China
Hao Long, Chongqing University, China


About the Presenter(s)
Ms.Ke Zhu is a master student in Chongqing university ,China, Chongqing Pronvince.

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Posted by James Alexander Gordon

Last updated: 2023-02-23 23:45:00