Changes in reward and solution set performance over iterations (typical time-priority scenario).

<p>Changes in reward and solution set performance over iterations (typical time-priority scenario).</p>

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Bibliographic Details
Main Author:	Yanfen Zhang (2570449) (author)
Published:	2025
Subjects:	Biological Sciences not elsewhere classified Information Systems not elsewhere classified schedule &# 8211 providing effective support proposed approach outperforms prefabricated building projects inverted generational distance data foundation suitable building information modeling allowing flexible prioritization shortened construction periods enhance construction efficiency average construction period solution &# 8217 minimized resource conflicts limited resource conditions diverse solution set varying objective weights integrating semantic modeling achieves superior results 017 ), validating objective scheduling modeling based scheduling models model &# 8217 objective construction optimization integrated intelligent bim objective optimization construction duration solution diversity simulated scheduling resource usage semantic representation objective trade objective coverage model achieves based model ii ), evolutionary optimization 227 ), xlink "> time feedback study proposes study begins spatial topology representative configuration reduced costs provide real model generates key metrics including hypervolume geometric structures findings indicate
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