CUBIST: A New Algorithm For Improving the Performance of Ad-hoc OLAP Queries. - Lixin Fu 001; Joachim Hammer (DOLAP, 2000)

Improving the Performance of OLAP Queries Using Families of Statistics Trees. - Joachim Hammer; Lixin Fu 001 (DaWaK, 2001)

Novel Algorithms for Computing Medians and Other Quantiles of Disk-Resident Data. - Lixin Fu 001; Sanguthevar Rajasekaran (IDEAS, 2001)

Querying and Clustering Very Large Data Sets Using Dynamic Bucketing Approach. - Lixin Fu 001 (WAIM, 2002)

CubiST++: Evaluating Ad-Hoc CUBE Queries Using Statistics Trees. - Joachim Hammer; Lixin Fu 001 (Distributed Parallel Databases, 2003)

Efficient Evaluation of Sparse Data Cubes. - Lixin Fu 001 (WAIM, 2004)

Evaluating holistic aggregators efficiently for very large datasets. - Lixin Fu 001; Sanguthevar Rajasekaran (VLDB J., 2004)

Construction of Decision Trees Using Data Cube. - Lixin Fu 001 (ICEIS (2), 2005)

Novel Efficient Classifiers Based on Data Cube. - Lixin Fu 001 (Int. J. Data Warehous. Min., 2005)

Handheld Computing and Programming for Mobile Commerce. - Wen-Chen Hu; Jyh-haw Yeh; Lixin Fu 001; Hung-Jen Yang (Int. J. Web Inf. Syst., 2006)

Privacy-Preserving Data Mining and the Need for Confluence of Research and Practice. - Lixin Fu 001; Hamid R. Nemati; Fereidoon Sadri (Int. J. Inf. Secur. Priv., 2007)

A New Type of Image-Based Key. - Bruce Kirchoff; David Remington; Lixin Fu 001; Fereidoon Sadri (BMEI (1), 2008)

Graph Calculus: Scalable Shortest Path Analytics for Large Social Graphs through Core Net. - Lixin Fu 001; Jing Deng 001 (Web Intelligence, 2013)

ROBE - Knitting a Tight Hub for Shortest Path Discovery in Large Social Graphs. - Lixin Fu 001; Jing Deng 001 (ICEIS (1), 2015)

A Recommendation System Using OLAP Approach. - Lixin Fu 001 (WI, 2016)

Optimizations for Multiple Collective Sources in Delivery Systems. - Lixin Fu 001; Juraj Jarabek (WI, 2016)

Shortest path deliveries using density-based clustering. - Lixin Fu 001 (ICDIM, 2017)

A Comprehensive Framework for Detecting Sybils and Spammers on Social Networks. - Lixin Fu 001 (ICEIS (1), 2018)

DL-CNN: Double Layered Convolutional Neural Networks. - Lixin Fu 001; Rohith Rangineni (ICEIS (1), 2022)