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IJCAI2024时空数据(Spatial-Temporal)论文总结

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发表于 2024-9-3 15:50:27 | 显示全部楼层 |阅读模式
2024IJCAI(InternationalJointConferenceonArtificialIntelligence,国际人工智能联合会议)在2024年8月3日-9日在韩国济州岛举行。本文总结了IJCAI2024有关时空数据(Spatial-temporal)的相关论文,如有疏漏,欢迎大家补充。时空数据Topic:时空(交通)预测,气象预测,轨迹表示学习,轨迹恢复,信控优化,POI等🌟【紧跟前沿】“时空探索之旅”与你一起探索时空奥秘!🚀欢迎大家关注时空探索之旅时空探索之旅1.Spatial-Temporal-DecoupledMaskedPre-trainingforSpatiotemporalForecasting链接:https://arxiv.org/abs/2312.00516代码:https://github.com/Jimmy-7664/STD-MAE作者:HaotianGao,RenheJiang,ZhengDong,JinliangDeng,YuxinMa,XuanSong机构:东京大学,南方科技大学,悉尼大学关键词:时空预测,自监督预训练,时空解耦,掩码自编码器,异质性2.Multi-ModalitySpatio-TemporalForecastingviaSelf-SupervisedLearning链接:https://arxiv.org/abs/2405.03255代码:https://github.com/beginner-sketch/MoSSL作者:JiewenDeng,RenheJiang,JiaqiZhang,XuanSong机构:南方科技大学,东京大学,吉林大学关键词:多模态,时空栅格预测,自监督3.SaSDim:Self-AdaptiveNoiseScalingDiffusionModelforSpatialTimeSeriesImputation链接:https://arxiv.org/abs/2309.01988作者:ShunyangZhang,SenzhangWang,XianzhenTan,RenzhiWang,RuochenLiu,JianZhang,JianxinWang机构:中南大学关键词:时空插补,扩散模型4.WeatherGNN:ExploitingComplicatedRelationshipsinNumericalWeatherPredictionBiasCorrection链接:https://arxiv.org/abs/2310.05517作者:BinqingWu,WeiqiChen,WenweiWang,BingqingPeng,LiangSun,LingChen机构:阿里巴巴达摩院,浙江大学关键词:气象预测,空间依赖性,NWP5.X-Light:Cross-CityTrafficSignalControlUsingTransformeronTransformerasMetaMulti-AgentReinforcementLearner链接:https://arxiv.org/abs/2404.12090代码:https://github.com/AnonymousID-submission/X-Light作者:HaoyuanJiang,ZiyueLi,HuaWei,XuantangXiong,JingqingRuan,JiamingLu,HangyuMao,RuiZhao机构:百度,科隆大学,亚利桑那州立大学,中科院自动化所,复旦大学,商汤,启元研究院关键词:信控优化,跨城市可迁移性,元强化学习6.FullBayesianSignificanceTestingforNeuralNetworksinTrafficForecasting作者:ZehuaLiu,JingyuanWang,ZimengLi,YueHe机构:北京航空航天大学,清华大学关键词:交通预测,贝叶斯网络,显著性检测,不确定性量化7.TowardsRobustTrajectoryRepresentations:IsolatingEnvironmentalConfounderswithCausalLearning链接:https://arxiv.org/abs/2404.14073作者:KangLuo,YuanshaoZhu,WeiChen,KunWang,ZhengyangZhou,SijieRuan,YuxuanLiang机构:香港科技大学(广州),中国科学技术大学,北京理工大学关键词:轨迹表示学习,稳健性,因果学习8.MakeGraphNeuralNetworksGreatAgain:AGenericIntegrationParadigmofTopology-FreePatternsforTrafficSpeedPrediction链接:https://arxiv.org/abs/2406.16992代码:https://github.com/ibizatomorrow/DCST作者:YichengZhou,PengfeiWang,HaoDong,DenghuiZhang,DingqiYang,YanjieFu,PengyangWang关键词:交通速度预测,GNN,知识蒸馏机构:澳门大学,中国科学院,斯蒂文斯理工学院,亚利桑那州立大学9.ReframingSpatialReasoningEvaluationinLanguageModels:AReal-WorldSimulationBenchmarkforQualitativeReasoning链接:https://arxiv.org/abs/2405.15064代码:https://github.com/Fangjun-Li/RoomSpace作者:FangjunLi,DavidHogg,AnthonyCohn机构:利兹大学关键词:空间推理,语言模型10.PersonalizedFederatedLearningforCross-cityTrafficPrediction作者:YuZhang,HuaLu,NingLiu,YonghuiXu,QingzhongLi,LizhenCui关键词:交通预测,联邦学习,跨城市11.MakeBrickswithaLittleStrawarge-ScaleSpatio-TemporalGraphLearningwithRestrictedGPU-MemoryCapacity作者:BinwuWang,PengkunWang,ZhengyangZhou,ZheZhao,WeiXu,YangWang机构:中国科学技术大学关键词:交通预测,大规模时空图,子图12.AGraph-basedRepresentationFrameworkforTrajectoryRecoveryviaSpatiotemporalInterval-InformedSeq2Seq作者:YayaZhao,KaiqiZhao,ZhiqianChen,YuanyuanZhang,YaleiDu,XiaolingLu关键词:轨迹恢复,图表示框架13.LearningHierarchy-EnhancedPOICategoryRepresentationsUsingDisentangledMobilitySequences作者:HongweiJia,MengChen,WeimingHuang,KaiZhao,YongshunGong关键词:POI分类,表示学习14.ExploringUrbanSemantics:AMultimodalModelforPOISemanticAnnotationwithStreetViewImagesandPlaceNames作者:DabinZhang,MengChen,WeimingHuang,YongshunGong,KaiZhao关键词:POI分类,多模态15.CounterfactualUserSequenceSynthesisAugmentedwithContinuousTimeDynamicPreferenceModelingforSequentialPOIRecommendation作者:LianyongQi,YuwenLiu,WeimingLiu,ShichaoPei,XiaolongXu,XuyunZhang,YingjieWang,WanchunDou关键词:POI推荐,反事实16.KDDC:Knowledge-DrivenDisentangledCausalMetricLearningforPre-TravelOut-of-TownRecommendation作者:YinghuiLiu,GuojiangShen,ChengyongCui,ZhenzhenZhao,XiaoHan,JiaxinDu,XiangyuZhao,XiangjieKong关键词:POI推荐,旅行推荐17.EnhancingFine-GrainedUrbanFlowInferenceviaIncrementalNeuralOperator作者:QiangGao,XiaolongSong,LiHuang,GoceTrajcevski,FanZhou,XueqinChen17.EnhancingFine-GrainedUrbanFlowInferenceviaIncrementalNeuralOperator作者:QiangGao,XiaolongSong,LiHuang,GoceTrajcevski,FanZhou,XueqinChen关键词:细粒度城市流量推理,算子学习🌟【紧跟前沿】“时空探索之旅”与你一起探索时空奥秘!🚀欢迎大家关注时空探索之旅时空探索之旅
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