桂宁,中南大学测度机院援手,博士生导师。2012年比利时安特维普大学博士,2012年~2013 鲁汶大学博士后,主要筹谋鸿沟,可证实的东谈主工智能,图默示学习和图神经网罗。发表SCI论文20余篇,近4年四肢通信作家发表 CCF 期刊 IEEE TKDE(A类),IEEE TDSC(A类), IEEE TNNLS(B类), ACM TKDD(B类) Knowledge-based System(C类)等,CCF 会议 SIGKDD(A类),AAAI(A类),PAKDD(C类) 等10 余篇。 累计授权专利10余项。承担工信部中国制造2025和工业互联网紧要技俩2项,(曾)承担国度基金3项,参与浙江省紧要技俩1项。赢得省部级二等奖2项,厅局级二等奖一项。主要筹谋标的:面向可证实的工业大数据和东谈主工智能。
推行室有着邃密的硬件条目:配备六台高性能干事器,具有3T内存,包括 A100等种种 GPU卡18张,另有多屏裸露器、东谈主体工学椅等。
queen card 裸舞推行室成员以筹谋生为主,有极少的优秀本科生。现存成员均赢得较好的责任和深造契机: 罗宾理(本科生)和李幽 (筹谋生)两位 分辩在 2019年 和2022年赢得 微软亚洲筹谋院 的实习。结束业的学生主要在阿里,腾讯,华为,网易,国网等单元。也有部分同学在好意思国和新加坡著明高校攻读学位,好像保研到清华和南大。
每年可招收3名硕士筹谋生,经费弥散,待遇优秀。招生限额有限,优先商量有编程教育、颓唐处理问题、格调礼貌的学生。
包涵具有推免阅历的学生相干我, 招收 测度机学院 学硕和专硕筹谋生, 专门者可email相干我。
同期也包涵对 图神经网罗, 时序数据默示学习,可证实东谈主工智能感趣味的本科生加入我的团队。
email:ninggui@csu.edu.cn or ninggui@gmail.com
近几年部分发表好像请托的论文:
Ordering-Based Causal Discovery for Linear and Nonlinear Relations, The Thirty-eighth Annual Conference on Neural Information Processing Systems, 2024(NeurIPS 2024 东谈主工智能 CCF A 会,学生第一作家,影音先锋色情bt种子本东谈主通信作家,2024.9月请托)
Frequency Adaptive Normalization For Non-stationary Time Series Forecasting, The Thirty-eighth Annual Conference on Neural Information Processing Systems, 2024(NeurIPS 2024 东谈主工智能 CCF A 会,学生第一作家,本东谈主通信作家,2024.9月请托)
Graph Representation Learning enhanced Semi-supervised Feature Selection, ACM Transactions on Knowledge Discovery from Data(数据挖掘 CCF B类,IF=4.157, 学生第一作家,本东谈主通信作家,2024.8月请托)
Unsupervised Graph Representation Learning beyond Aggregated View[J], IEEE Transactions on Knowledge and Data Engineering, 2024 (数据挖掘 CCF A类,中科院2区, 学生第一作家,本东谈主通信作家, 2024.06请托)
GAEFS: Self-supervised Graph Auto-encoder enhanced Feature Selection[J]. Knowledge-Based Systems, 2024: 111523.(中科院1区,东谈主工智能 CCF C类,IF=8.038,) (2024.2月请托)
SimGCL: Graph Contrastive Learning by Finding Homophily in Heterophily, Knowledge and Information Systems(数据挖掘 CCF B类, 学生第一作家,本东谈主通信作家,2023.10月请托)
Multi-View Graph Representation Learning Beyond Homophily, ACM Transactions on Knowledge Discovery from Data(数据挖掘 CCF B类,IF=4.157, 学生第一作家,本东谈主通信作家,2023.4月请托)
Data Imputation with Iterative Graph Reconstruction, AAAI 2023(东谈主工智能 CCF A类会议,Oral, 2023.2月,学生第一作家,本东谈主通信作家)
PairGNNs: enabling graph neural networks with pair-based view. Neural Computing and Applications, 1-13, 2022.10 .(东谈主工智能 CCF C类期刊,IF=5.606,学生第一作家,本东谈主通信作家)
Credibility Assessment Based Byzantine-resilient Decentralized Learning. IEEE Transactions on Dependable and Secure Computing,(安全 CCF A类,中科院2区,IF=7.33,2022.6月已请托,共同通信)
Understanding via Exploration: Discovery of Interpretable Features with Deep Reinforcement Learning. IEEE Transactions on Neural Networks and Learning Systems(中科院1区,东谈主工智能 CCF B类,IF=10.45,2022.6月 已请托,学生第一作家,本东谈主通信作家)
A-SFS: Semi-supervised Feature Selection based on Multi-task Self-supervision. Knowledge-based System(中科院1区,东谈主工智能 CCF C类,IF=8.038,) (2022.6月请托,本东谈主通信作家)
An Embedded Feature Selection Framework for Control, Proceedings of the 28th ACM SIGKDD International Conference on Knowledge Discovery & Data Mining, 2022.8 (数据挖掘 CCF A类,数据挖掘鸿沟影响力第一, 学生第一作家,本东谈主通信作家)
Graph Representation Learning Beyond Node and Homophily. IEEE Transactions on Knowledge and Data Engineering (数据挖掘 CCF A类,中科院2区,IF=6.98, 学生第一作家,本东谈主通信作家, 2022)
Self-supervised Adaptive Aggregator Learning on Graph. Advances in Knowledge Discovery and Data Mining - 25th Pacific-Asia Conference, PAKDD 2021(数据挖掘 CCF C类), 2021 (学生第一作家,本东谈主通信作家)
AFS: An Attention-Based Mechanism for Supervised Feature Selection. Proceedings of the AAAI Conference on Artificial Intelligence(东谈主工智能 CCF A 类), 2019, 33(01)(第一作家)