2022 International Conference Papers: Difference between revisions

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[[2026 International Conference Papers]] / [[2025 International Conference Papers]] / [[2024 International Conference Papers]] / [[2023 International Conference Papers]] / [[2021 International Conference Papers]] / [[2020 International Conference Papers]] / [[2019 International Conference Papers]] / [[2018 International Conference Papers]] / [[2017 International Conference Papers]] / [[2016 International Conference Papers]] / [[2015 International Conference Papers]] / [[2014 International Conference Papers]] / [[2013 International Conference Papers]] / [[2012 International Conference Papers]] / [[2011 International Conference Papers]] / [[2010 International Conference Papers]] / [[2009 International Conference Papers]] / [[2008 International Conference Papers]] / [[2008 before]]
[[2026 International Conference Papers]] / [[2025 International Conference Papers]] / [[2024 International Conference Papers]] / [[2023 International Conference Papers]] / [[2021 International Conference Papers]] / [[2020 International Conference Papers]] / [[2019 International Conference Papers]] / [[2018 International Conference Papers]] / [[2017 International Conference Papers]] / [[2016 International Conference Papers]] / [[2015 International Conference Papers]] / [[2014 International Conference Papers]] / [[2013 International Conference Papers]] / [[2012 International Conference Papers]] / [[2011 International Conference Papers]] / [[2010 International Conference Papers]] / [[2009 International Conference Papers]] / [[2008 International Conference Papers]] / [[2008 before]]
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== AILCD International Conference on Low Carbon City Design after Pandemic, Kitakyushu, Japan, March 4–6, 2022 ==
* Zhuangqing Jiao; Tao Zhang; Yuechen Duan; Qinian Hu; '''Weijun Gao''', ''Study on Layout Evolution of Vernacular Dwellings in Coastal Fishing Village of Qingdao, China'', pp.25–30
* Yuechen Duan; Tao Zhang; Zhuangqing Jiao; Qinian Hu; '''Weijun Gao''', ''Based on Climate Adaptability for Vernacular Dwellings Design Strategy in Linyi, China'', pp.31–36
* Pei Li; '''Weijun Gao'''; Yinqi Zhang; Jinming Jiang; Siqi Xu, ''A Review of Research on the Effects of Indoor Thermal Environment on Human Physiological and Psychological Responses during Exercise'', pp.45–50
* Chao Liu; Yanan Yu; '''Weijun Gao''', ''The Effect of Spatial Layout of Window on Psychological Effect'', pp.55–58
* Shoujie Zhang; Jinming Jiang; '''Weijun Gao''', ''Evaluation of Land Ecological Sensitivity Based on GIS: A Case Study of Beibei District, Chongqing'', pp.171–176
* Fulin Jia; '''Weijun Gao'''; He Wang; Jinming Jiang, ''Development History of Prefabricated Buildings in China'', pp.203–208
* Tingting Xu; '''Weijun Gao''', ''Study on the Adaptability and Feasible Operation of EnergyPLAN in Japan Power Grid'', pp.223–228
* Tian Wang; '''Weijun Gao'''; Qinfeng Zhao, ''A Decomposition Analysis of Urban Household Energy Consumption in Zhejiang, China'', pp.255–260
* Zixuan Wang; Wenya Xu; Min Zhang; Yanxue Li; '''Weijun Gao''', ''Research on Building Improvement Strategies Based on the Effect of Indoor Thermal Environment on Cardiovascular Health of the Elderly'', pp.297–302
* Yalin Zhang; Chao Liu; '''Weijun Gao''', ''Effects of Gender, Age and BMI on Thermal Comfort: A Literature Review'', pp.303–306
* Qiao Xi; Weifan Long; Wenya Xu; Qingsong Ma; '''Weijun Gao''', ''Influence of Sunshine Room on Indoor Thermal Comfort in Rural Areas in Cold Regions'', pp.307–310
* Qinfeng Zhao; '''Weijun Gao'''; Tian Wang, ''Quantification of Carbon Emissions from Construction Industry at City Scale: A Case Study of Hangzhou'', pp.321–324
* Jingwen Wang; Qingsong Ma; '''Weijun Gao''', ''A Review on the Application of Virtual Reality Technology in Architectural Design'', pp.349–352
== iSMART International Conference on Urban Regeneration in Post-pandemic Era, Qingdao & Kitakyushu, March 18–21, 2022 ==
* Yu Chen; '''Weijun Gao'''; Dongjie Guan, ''The Variation of Urbanization Level of Counties in the Severely Affected Area before and after Wenchuan Earthquake'', pp.126–130
* Tao Wang; '''Weijun Gao''', ''Data Analysis of Urban Development in Anhui Province'', pp.139–142
* Chunyuan Wang; Yi He; '''Weijun Gao'''; Jinlong Ouyang, ''Simulation of Tube Transmission Efficiency of Light Pipes Based on Ray-Tracing Method'', pp.143–152
* Xiujuan He; '''Weijun Gao'''; Dongjie Guan, ''Growth and Shrinkage of Cities for the Yangtze River Economic Belt in the Future'', pp.92–97
* Yafei Wang; '''Weijun Gao'''; You Li, ''Energy Saving Potential Evaluation of Community Level Virtual Power Plant'', pp.157–162
* Qinfeng Zhao; '''Weijun Gao'''; Tian Wang, ''Decomposition Analysis of Driving Factors of Carbon Emission Growth in Hangzhou Construction Industry'', pp.169–172
* Yang Xu; '''Weijun Gao'''; Tian Wang, ''A Deep Learning-Based Method for Residential Energy Demand Forecasting'', pp.185–188
* Zhijun Yang; '''Weijun Gao''', ''Design of Small Indoor Environment Simulation Box Based on Fluent Simulation'', pp.189–194
* Jing Wang; Xi Meng; '''Weijun Gao''', ''Comparative Analysis of Thermal Environment in Dense Urban Settings with Retro-Reflective Pattern Facades and General Facades'', pp.201–204
* Tongyu Xu; '''Weijun Gao'''; Xindong Wei; Chunyan Shi, ''Applicability and Energy Saving Analysis of Sewage Source Heat Pump System in Cold Region: Case Study of a Hotel in Changchun'', pp.205–211
* Tingting Yin; '''Weijun Gao'''; Xindong Wei; Zhen Ma; Yujuan Yu, ''Investigation on VOCs of Indoor Air in Changchun during Heating Period'', pp.234–237
* Yihang Bai; Hongbo Ren; Yongwen Yang; '''Weijun Gao''', ''Challenge and Possibility of Smart Microgrid Integrated Energy System: A Case Introduction of University Campus Practice in Shanghai'', pp.238–241
* You Li; Hiroatsu Fukuda; '''Weijun Gao'''; Yafei Wang, ''The Sharing Potential of Battery Energy Storage System in a Community: A Review'', pp.242–247
* Jinming Jiang; '''Weijun Gao'''; Dehu Yu; Xindong Wei; Weilun Chen, ''Short Review on Reliability and Maintenance Optimization of Combined Cooling, Heating, and Power System'', pp.248–251
* Mengyuan Zhou; Pan Zhang; Zhaolin Gu; '''Weijun Gao''', ''Low Carbon Emission Practice of Office Buildings in Cold Region: Case Introduction of Human Settlements Environment Research Institute in Xi’an Jiaotong'', pp.252–256
* Xincheng He; '''Weijun Gao''', ''Analysis of Outdoor Thermal Comfort in Factory Areas during Winter in Jiaxing'', pp.260–263
* Yi Yu; '''Weijun Gao'''; Hongwei Tan, ''Concept and Development of Low-carbon Campus in China and Japan to Cope with Global Climate Change'', pp.264–268
* Yufan Ren; '''Weijun Gao'''; Hongwei Tan, ''Review on Research and Development of Near-zero Energy Buildings in China'', pp.274–277
* Ting Lei; '''Weijun Gao'''; Teng Yang; Hongwei Tan, ''Application of Green Low-Carbon Energy Saving Technology in Super High-Rise Buildings: Case Study of Qingdao Haitian Hotel'', pp.284–287
* Tian Wang; '''Weijun Gao'''; Qinfeng Zhao, ''Provincial Comparative Study on Household Energy Consumption in Urban Areas of China'', pp.288–294
* Tingting Xu; '''Weijun Gao'''; Jinming Jiang, ''Study on the Impact of Nuclear Power Hybrid with Pumped Storage System in Power Grid'', pp.310–315
* Jiayi Ren; Qunyin Gu; '''Weijun Gao''', ''Study on Carbon Dioxide Emission of Coal for Electric Power and Low Carbon Utilization Methods in China'', pp.316–317
* Huayue Xie; '''Weijun Gao'''; Weilun Chen; Soichiro Kuroki, ''Evaluating Water Performance Indicators in Changchun City Based on Urban Water Metabolism Framework'', pp.330–333
== Urban Planning & Architectural Design for Sustainable Development (UPADSD 2022), Florence, Italy, September 13–15, 2022 ==
* Bixia Shen; '''Weijun Gao'''; Qingsong Ma; Jun Hu, ''Study on Improving Lighting Comfort and Energy Saving of Artificial Lighting in University Classrooms Based on Analytic Hierarchy Process'', p.38
* Qinfeng Zhao; '''Weijun Gao'''; Tian Wang, ''Quantitative Analysis of Carbon Emission Reduction from C&D Waste Recycling in Construction Industry of Kitakyushu, Japan'', pp.39–40
* Tian Wang; '''Weijun Gao'''; Qinfeng Zhao, ''Analysis of Characteristics of Urban Household Energy Consumption in East China from a Spatial-Temporal Perspective'', pp.41–42
== AIUE International Conference on Decarbonization and the Future of Cities, Yokohama, Japan, December 2–4, 2022 ==
* Zhuangqing Jiao; Tao Zhang; Yuechen Duan; Qinian Hu; '''Weijun Gao''', ''A Study on Winter Indoor Thermal Environment of Coastal Rural Dwellings Based on the Comfort of the Elderly in Qingdao, China'', pp.17–22
* Zhirui Wu; Yuan Su; '''Weijun Gao'''; Shipeng Lyu, ''Investigation and Analysis of Indoor Thermal Environment of Existing Residential Buildings in Dalian'', pp.23–28
* Yang Xu; '''Weijun Gao'''; Yanxue Li, ''Operational Optimization for Grid-connected Residential PV-battery System Using Deep Reinforcement Learning'', pp.77–82
* Ziting Wu; '''Weijun Gao'''; Huayue Xie; Jiahao Jiang; Xindong Wei, ''Study on Urban and Population Shrinkage in Urbanization Areas Based on Nighttime Light Data: Taking Jilin Province as an Example'', pp.83–86
* Qiyuan Wang; '''Weijun Gao'''; Yuan Su, ''Analysis of Carbon Emission of Green Building in Operation Stage in Cold Coastal Climates: A Case Study in Dalian, China'', pp.87–90
* Shihong Zeng; Chengxiu Wang; '''Weijun Gao''', ''Air Quality Price Evaluation Based on the Real Estate Market'', pp.213–218
* Lifei Song; '''Weijun Gao'''; Qifen Li; Liting Zhang; Yongwen Yang, ''SWOT Analysis of Shanghai Hydrogen Fuel Cell Vehicle Industry Development'', pp.323–328
* Tingting Yin; '''Weijun Gao'''; Xindong Wei; Minghao Zhang, ''Research on the Control Measures and Treatment Technology of Indoor VOCs Pollutants in China'', pp.329–334
* Haolin Yang; '''Weijun Gao'''; Xindong Wei; Qinfeng Zhao, ''Research on Economic Operation Scheduling Optimization of Microgrid System Using Particle Swarm Optimization'', pp.335–340
* Yihang Bai; '''Weijun Gao''', ''Research on Economic Operation Scheduling Optimization of Microgrid System Using Particle Swarm Optimization'', pp.345–350
* Jing Wang; Xi Meng; '''Weijun Gao''', ''Effect of Facade Reflectivity on Energy Consumption of High-Rise Buildings in the Cold Zone'', pp.363–368
* Yafei Wang; '''Weijun Gao'''; You Li, ''Load Leveling Performance Analysis of Virtual Power Plant in Smart Community: A Case Study in Japan'', pp.419–424
* Jiahao Jiang; '''Weijun Gao'''; Soichiro Kuroki; Jianan Liu, ''Research on Model Construction of Power Supply and Demand in Ikinoshima Based on VPP System'', pp.451–455
* Mengyuan Zhou; '''Weijun Gao'''; Xilian Luo; Haiming Yu, ''A Review of the Application and Development of Naturally Ventilated Photovoltaic Curtain Wall in Buildings'', pp.465–468
* Yi Yu; '''Weijun Gao'''; Hongwei Tan, ''Assessing Campus Carbon Emissions under the Impact of the Epidemic Outbreak: A Case Study of The University of Kitakyushu'', pp.475–478
* Tian Wang; '''Weijun Gao'''; Qinfeng Zhao, ''Sensitivity Analysis of the Characteristics on Urban Household Kitchen/Hot Water Energy Consumption in China'', pp.487–490
* Yuechen Duan; Tao Zhang; Zhuangqing Jiao; Xin Ye; Qinian Hu; '''Weijun Gao''', ''A Field Study on Thermal Comfort Status of Vernacular Dwellings in Cold Regions of China: Taking Linyi as an Example'', pp.507–512
* Lingxiao Fu; '''Weijun Gao''', ''Formation of Disinfection Byproducts in Pipe Networks'', pp.565–568
* Chunyan Shi; '''Weijun Gao'''; Xindong Wei; Tongyu Xu; Xia Feng; Xinyue Miao, ''Benefit Analysis of Rainwater Reuse Based on Sponge City Construction Concept'', pp.569–574
* Yue Wang; Hiroatsu Fukuda; '''Weijun Gao'''; Guofu Yang; Yijun Lu, ''Comprehensive Evaluation of Urban Wetland Parks in Hangzhou Based on the AHP Model'', pp.575–580
* Huayue Xie; '''Weijun Gao'''; Xindong Wei; Ziting Wu, ''Theoretical Analysis of Reclaimed Water Pricing Based on Cooperative Game Theory'', pp.581–584
* Qinfeng Zhao; Tian Wang; '''Weijun Gao'''; Zhenglin Xie, ''Dynamic Prediction Model of Building Stock and Flow at City Scale: A Case Study of Kitakyushu'', pp.671–676
== CSA2022 The 14th International Conference on Computer Science and its Applications, Vientiane, Laos, December 19–21, 2022 ==
* Yansu Qi; Xuefei Li; '''Weijun Gao''', ''Study on the Cooling Effect of Green Space in Shandong Peninsula Coastal Cities Based on Multi-source Remote Sensing Data''

Latest revision as of 13:55, 17 March 2026

2026 International Conference Papers / 2025 International Conference Papers / 2024 International Conference Papers / 2023 International Conference Papers / 2021 International Conference Papers / 2020 International Conference Papers / 2019 International Conference Papers / 2018 International Conference Papers / 2017 International Conference Papers / 2016 International Conference Papers / 2015 International Conference Papers / 2014 International Conference Papers / 2013 International Conference Papers / 2012 International Conference Papers / 2011 International Conference Papers / 2010 International Conference Papers / 2009 International Conference Papers / 2008 International Conference Papers / 2008 before

AILCD International Conference on Low Carbon City Design after Pandemic, Kitakyushu, Japan, March 4–6, 2022

  • Zhuangqing Jiao; Tao Zhang; Yuechen Duan; Qinian Hu; Weijun Gao, Study on Layout Evolution of Vernacular Dwellings in Coastal Fishing Village of Qingdao, China, pp.25–30
  • Yuechen Duan; Tao Zhang; Zhuangqing Jiao; Qinian Hu; Weijun Gao, Based on Climate Adaptability for Vernacular Dwellings Design Strategy in Linyi, China, pp.31–36
  • Pei Li; Weijun Gao; Yinqi Zhang; Jinming Jiang; Siqi Xu, A Review of Research on the Effects of Indoor Thermal Environment on Human Physiological and Psychological Responses during Exercise, pp.45–50
  • Chao Liu; Yanan Yu; Weijun Gao, The Effect of Spatial Layout of Window on Psychological Effect, pp.55–58
  • Shoujie Zhang; Jinming Jiang; Weijun Gao, Evaluation of Land Ecological Sensitivity Based on GIS: A Case Study of Beibei District, Chongqing, pp.171–176
  • Fulin Jia; Weijun Gao; He Wang; Jinming Jiang, Development History of Prefabricated Buildings in China, pp.203–208
  • Tingting Xu; Weijun Gao, Study on the Adaptability and Feasible Operation of EnergyPLAN in Japan Power Grid, pp.223–228
  • Tian Wang; Weijun Gao; Qinfeng Zhao, A Decomposition Analysis of Urban Household Energy Consumption in Zhejiang, China, pp.255–260
  • Zixuan Wang; Wenya Xu; Min Zhang; Yanxue Li; Weijun Gao, Research on Building Improvement Strategies Based on the Effect of Indoor Thermal Environment on Cardiovascular Health of the Elderly, pp.297–302
  • Yalin Zhang; Chao Liu; Weijun Gao, Effects of Gender, Age and BMI on Thermal Comfort: A Literature Review, pp.303–306
  • Qiao Xi; Weifan Long; Wenya Xu; Qingsong Ma; Weijun Gao, Influence of Sunshine Room on Indoor Thermal Comfort in Rural Areas in Cold Regions, pp.307–310
  • Qinfeng Zhao; Weijun Gao; Tian Wang, Quantification of Carbon Emissions from Construction Industry at City Scale: A Case Study of Hangzhou, pp.321–324
  • Jingwen Wang; Qingsong Ma; Weijun Gao, A Review on the Application of Virtual Reality Technology in Architectural Design, pp.349–352

iSMART International Conference on Urban Regeneration in Post-pandemic Era, Qingdao & Kitakyushu, March 18–21, 2022

  • Yu Chen; Weijun Gao; Dongjie Guan, The Variation of Urbanization Level of Counties in the Severely Affected Area before and after Wenchuan Earthquake, pp.126–130
  • Tao Wang; Weijun Gao, Data Analysis of Urban Development in Anhui Province, pp.139–142
  • Chunyuan Wang; Yi He; Weijun Gao; Jinlong Ouyang, Simulation of Tube Transmission Efficiency of Light Pipes Based on Ray-Tracing Method, pp.143–152
  • Xiujuan He; Weijun Gao; Dongjie Guan, Growth and Shrinkage of Cities for the Yangtze River Economic Belt in the Future, pp.92–97
  • Yafei Wang; Weijun Gao; You Li, Energy Saving Potential Evaluation of Community Level Virtual Power Plant, pp.157–162
  • Qinfeng Zhao; Weijun Gao; Tian Wang, Decomposition Analysis of Driving Factors of Carbon Emission Growth in Hangzhou Construction Industry, pp.169–172
  • Yang Xu; Weijun Gao; Tian Wang, A Deep Learning-Based Method for Residential Energy Demand Forecasting, pp.185–188
  • Zhijun Yang; Weijun Gao, Design of Small Indoor Environment Simulation Box Based on Fluent Simulation, pp.189–194
  • Jing Wang; Xi Meng; Weijun Gao, Comparative Analysis of Thermal Environment in Dense Urban Settings with Retro-Reflective Pattern Facades and General Facades, pp.201–204
  • Tongyu Xu; Weijun Gao; Xindong Wei; Chunyan Shi, Applicability and Energy Saving Analysis of Sewage Source Heat Pump System in Cold Region: Case Study of a Hotel in Changchun, pp.205–211
  • Tingting Yin; Weijun Gao; Xindong Wei; Zhen Ma; Yujuan Yu, Investigation on VOCs of Indoor Air in Changchun during Heating Period, pp.234–237
  • Yihang Bai; Hongbo Ren; Yongwen Yang; Weijun Gao, Challenge and Possibility of Smart Microgrid Integrated Energy System: A Case Introduction of University Campus Practice in Shanghai, pp.238–241
  • You Li; Hiroatsu Fukuda; Weijun Gao; Yafei Wang, The Sharing Potential of Battery Energy Storage System in a Community: A Review, pp.242–247
  • Jinming Jiang; Weijun Gao; Dehu Yu; Xindong Wei; Weilun Chen, Short Review on Reliability and Maintenance Optimization of Combined Cooling, Heating, and Power System, pp.248–251
  • Mengyuan Zhou; Pan Zhang; Zhaolin Gu; Weijun Gao, Low Carbon Emission Practice of Office Buildings in Cold Region: Case Introduction of Human Settlements Environment Research Institute in Xi’an Jiaotong, pp.252–256
  • Xincheng He; Weijun Gao, Analysis of Outdoor Thermal Comfort in Factory Areas during Winter in Jiaxing, pp.260–263
  • Yi Yu; Weijun Gao; Hongwei Tan, Concept and Development of Low-carbon Campus in China and Japan to Cope with Global Climate Change, pp.264–268
  • Yufan Ren; Weijun Gao; Hongwei Tan, Review on Research and Development of Near-zero Energy Buildings in China, pp.274–277
  • Ting Lei; Weijun Gao; Teng Yang; Hongwei Tan, Application of Green Low-Carbon Energy Saving Technology in Super High-Rise Buildings: Case Study of Qingdao Haitian Hotel, pp.284–287
  • Tian Wang; Weijun Gao; Qinfeng Zhao, Provincial Comparative Study on Household Energy Consumption in Urban Areas of China, pp.288–294
  • Tingting Xu; Weijun Gao; Jinming Jiang, Study on the Impact of Nuclear Power Hybrid with Pumped Storage System in Power Grid, pp.310–315
  • Jiayi Ren; Qunyin Gu; Weijun Gao, Study on Carbon Dioxide Emission of Coal for Electric Power and Low Carbon Utilization Methods in China, pp.316–317
  • Huayue Xie; Weijun Gao; Weilun Chen; Soichiro Kuroki, Evaluating Water Performance Indicators in Changchun City Based on Urban Water Metabolism Framework, pp.330–333

Urban Planning & Architectural Design for Sustainable Development (UPADSD 2022), Florence, Italy, September 13–15, 2022

  • Bixia Shen; Weijun Gao; Qingsong Ma; Jun Hu, Study on Improving Lighting Comfort and Energy Saving of Artificial Lighting in University Classrooms Based on Analytic Hierarchy Process, p.38
  • Qinfeng Zhao; Weijun Gao; Tian Wang, Quantitative Analysis of Carbon Emission Reduction from C&D Waste Recycling in Construction Industry of Kitakyushu, Japan, pp.39–40
  • Tian Wang; Weijun Gao; Qinfeng Zhao, Analysis of Characteristics of Urban Household Energy Consumption in East China from a Spatial-Temporal Perspective, pp.41–42

AIUE International Conference on Decarbonization and the Future of Cities, Yokohama, Japan, December 2–4, 2022

  • Zhuangqing Jiao; Tao Zhang; Yuechen Duan; Qinian Hu; Weijun Gao, A Study on Winter Indoor Thermal Environment of Coastal Rural Dwellings Based on the Comfort of the Elderly in Qingdao, China, pp.17–22
  • Zhirui Wu; Yuan Su; Weijun Gao; Shipeng Lyu, Investigation and Analysis of Indoor Thermal Environment of Existing Residential Buildings in Dalian, pp.23–28
  • Yang Xu; Weijun Gao; Yanxue Li, Operational Optimization for Grid-connected Residential PV-battery System Using Deep Reinforcement Learning, pp.77–82
  • Ziting Wu; Weijun Gao; Huayue Xie; Jiahao Jiang; Xindong Wei, Study on Urban and Population Shrinkage in Urbanization Areas Based on Nighttime Light Data: Taking Jilin Province as an Example, pp.83–86
  • Qiyuan Wang; Weijun Gao; Yuan Su, Analysis of Carbon Emission of Green Building in Operation Stage in Cold Coastal Climates: A Case Study in Dalian, China, pp.87–90
  • Shihong Zeng; Chengxiu Wang; Weijun Gao, Air Quality Price Evaluation Based on the Real Estate Market, pp.213–218
  • Lifei Song; Weijun Gao; Qifen Li; Liting Zhang; Yongwen Yang, SWOT Analysis of Shanghai Hydrogen Fuel Cell Vehicle Industry Development, pp.323–328
  • Tingting Yin; Weijun Gao; Xindong Wei; Minghao Zhang, Research on the Control Measures and Treatment Technology of Indoor VOCs Pollutants in China, pp.329–334
  • Haolin Yang; Weijun Gao; Xindong Wei; Qinfeng Zhao, Research on Economic Operation Scheduling Optimization of Microgrid System Using Particle Swarm Optimization, pp.335–340
  • Yihang Bai; Weijun Gao, Research on Economic Operation Scheduling Optimization of Microgrid System Using Particle Swarm Optimization, pp.345–350
  • Jing Wang; Xi Meng; Weijun Gao, Effect of Facade Reflectivity on Energy Consumption of High-Rise Buildings in the Cold Zone, pp.363–368
  • Yafei Wang; Weijun Gao; You Li, Load Leveling Performance Analysis of Virtual Power Plant in Smart Community: A Case Study in Japan, pp.419–424
  • Jiahao Jiang; Weijun Gao; Soichiro Kuroki; Jianan Liu, Research on Model Construction of Power Supply and Demand in Ikinoshima Based on VPP System, pp.451–455
  • Mengyuan Zhou; Weijun Gao; Xilian Luo; Haiming Yu, A Review of the Application and Development of Naturally Ventilated Photovoltaic Curtain Wall in Buildings, pp.465–468
  • Yi Yu; Weijun Gao; Hongwei Tan, Assessing Campus Carbon Emissions under the Impact of the Epidemic Outbreak: A Case Study of The University of Kitakyushu, pp.475–478
  • Tian Wang; Weijun Gao; Qinfeng Zhao, Sensitivity Analysis of the Characteristics on Urban Household Kitchen/Hot Water Energy Consumption in China, pp.487–490
  • Yuechen Duan; Tao Zhang; Zhuangqing Jiao; Xin Ye; Qinian Hu; Weijun Gao, A Field Study on Thermal Comfort Status of Vernacular Dwellings in Cold Regions of China: Taking Linyi as an Example, pp.507–512
  • Lingxiao Fu; Weijun Gao, Formation of Disinfection Byproducts in Pipe Networks, pp.565–568
  • Chunyan Shi; Weijun Gao; Xindong Wei; Tongyu Xu; Xia Feng; Xinyue Miao, Benefit Analysis of Rainwater Reuse Based on Sponge City Construction Concept, pp.569–574
  • Yue Wang; Hiroatsu Fukuda; Weijun Gao; Guofu Yang; Yijun Lu, Comprehensive Evaluation of Urban Wetland Parks in Hangzhou Based on the AHP Model, pp.575–580
  • Huayue Xie; Weijun Gao; Xindong Wei; Ziting Wu, Theoretical Analysis of Reclaimed Water Pricing Based on Cooperative Game Theory, pp.581–584
  • Qinfeng Zhao; Tian Wang; Weijun Gao; Zhenglin Xie, Dynamic Prediction Model of Building Stock and Flow at City Scale: A Case Study of Kitakyushu, pp.671–676

CSA2022 The 14th International Conference on Computer Science and its Applications, Vientiane, Laos, December 19–21, 2022

  • Yansu Qi; Xuefei Li; Weijun Gao, Study on the Cooling Effect of Green Space in Shandong Peninsula Coastal Cities Based on Multi-source Remote Sensing Data