Pivot-based Metric Indexing. - Lu Chen 001; Yunjun Gao; Baihua Zheng; Christian S. Jensen; Hanyu Yang; Keyu Yang (Proc. VLDB Endow., 2017)

Metric Similarity Joins Using MapReduce. - Gang Chen 001; Keyu Yang; Lu Chen 001; Yunjun Gao; Baihua Zheng; Chun Chen 001 (IEEE Trans. Knowl. Data Eng., 2017)

Aggregate k Nearest Neighbor Queries in Metric Spaces. - Xin Ding 002; Yuanliang Zhang; Lu Chen 001; Keyu Yang; Yunjun Gao (APWeb/WAIM (2), 2018)

Metric Similarity Joins Using MapReduce (Extended Abstract). - Gang Chen 001; Keyu Yang; Lu Chen 001; Yunjun Gao; Baihua Zheng; Chun Chen 001 (ICDE, 2018)

DBSCAN-MS: Distributed Density-Based Clustering in Metric Spaces. - Keyu Yang; Yunjun Gao; Rui Ma; Lu Chen 001; Sai Wu; Gang Chen 001 (ICDE, 2019)

Distributed Similarity Queries in Metric Spaces. - Keyu Yang; Xin Ding 002; Yuanliang Zhang; Lu Chen 001; Baihua Zheng; Yunjun Gao (Data Sci. Eng., 2019)

Towards Factorized SVM with Gaussian Kernels over Normalized Data. - Keyu Yang; Yunjun Gao; Lei Liang; Bin Yao 002; Shiting Wen; Gang Chen 001 (ICDE, 2020)

CrowdTSC: Crowd-based Neural Networks for Text Sentiment Classification. - Keyu Yang; Yunjun Gao; Lei Liang; Song Bian 002; Lu Chen 001; Baihua Zheng (CoRR, 2020)

DisMASTD: An Efficient Distributed Multi-Aspect Streaming Tensor Decomposition. - Keyu Yang; Yunjun Gao; Yifeng Shen; Baihua Zheng; Lu Chen 001 (ICDE, 2021)

SMS: An Efficient Source Model Selection Framework for Model Reuse. - Minjun Zhao; Lu Chen 001; Keyu Yang; Yuntao Du 002; Yunjun Gao (CoRR, 2021)

FastSGD: A Fast Compressed SGD Framework for Distributed Machine Learning. - Keyu Yang; Lu Chen 001; Zhihao Zeng; Yunjun Gao (CoRR, 2021)

CrowdTC: Crowd-powered Learning for Text Classification. - Keyu Yang; Yunjun Gao; Lei Liang; Song Bian 002; Lu Chen 001; Baihua Zheng (ACM Trans. Knowl. Discov. Data, 2022)

DisMASTD: An Efficient Distributed Multi-Aspect Streaming Tensor Decomposition (Poster Abstract). - Keyu Yang; Yunjun Gao; Yifeng Shen; Baihua Zheng; Lu Chen 001 (ACM TUR-C, 2023)

Finding Materialized Models for Model Reuse. - Minjun Zhao; Lu Chen 001; Keyu Yang; Yuntao Du 002; Yunjun Gao (IEEE Trans. Knowl. Data Eng., 2023)