Smart Buildings Challenge:规模化建筑优化
提出面向建筑基础模型的挑战,评估跨建筑控制策略泛化。
为什么重要
为研究跨建筑泛化的控制策略提供了可评估的挑战设定。
阅读原文arxiv.org
AI 解读(根据原文生成)
论文提出 The Smart Buildings Challenge,目标是推动可轻松适配新建筑、只需最小配置的建筑基础模型,用于大规模建筑优化。作者指出建筑 HVAC 系统在排放和能耗中占比很高,而现有仿真或学习型建筑控制系统通常缺乏策略迁移能力。该挑战要求参与者在一组模拟建筑上构建控制策略,并在未见过的建筑集合上评估;建筑在规模、布局、天气、材料属性和 HVAC 系统上存在差异。论文可通过 arXiv 获取,许可为 CC BY 4.0。
要点(AI 据原文整理,数字均已与原文核对)
- Buildings cause nearly 40\% of carbon emissions in the US.
- Of total building emissions, HVAC systems are responsible for approximately 40-60\% and account for 15\% of global energy consumption.
- Participants will build control policies on a set of simulated buildings, and have their policies evaluated on an unseen set of buildings.
- The buildings vary in size, layout, weather, material properties, and HVAC system.
- Authors: Judah Goldfeder, Ayush Rai, Philippe M. Wyder, Na Li, Victoria Dean, Donna Vakalis, Jiong Lin, Bing Dong, Michael Rossetti, Nathan Kutz, Sohei Arisaka, John Sipple, Hod Lipson, Yoshua Bengio.