An Integrated Multi-Objective Optimization Framework for Environmental Performance: Sunlight, View, and Privacy in a High-Density Residential Complex in Seoul
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Key Points
The optimized design achieved 100% sunlight standard compliance, improving from 64.31%.
Average visual openness increased to 66.31%, up from 39.48%, addressing visual comfort for residents.
The methodology utilized computational design tools for assessing privacy, sunlight, and views in dense urban settings.
This framework indicates that computational optimization can enhance regulatory compliance and resident comfort in housing designs.
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Implication
Analysis demonstrates improvements in sunlight access and visual openness in residential design, suggesting effective use of computational design tools.