Modeling and Investigation of a Primitive File Transfer Operation. - Richard T. Hurley; James P. Black; Johnny W. Wong (ICCI, 1992)

Potential Benefits of File Migration in a Heterogeneous Distributed File System. - Richard T. Hurley; Soon Aun Yeap; Johnny W. Wong; James P. Black (ICCI, 1993)

Limited Effects of Finite Storage on a Beneficial File Migration Policy. - Richard T. Hurley; James P. Black; Johnny W. Wong (LCN, 1994)

File Migration and File Replication: A Symbiotic Relationship. - Richard T. Hurley; Soon Aun Yeap (IEEE Trans. Parallel Distributed Syst., 1996)

Performance results on scheduling algorithms for broadcast information delivery systems. - Richard T. Hurley; Wenying Feng 001 (CATA, 2001)

Adverse Effects of Large Files in a File Migration System. - Richard T. Hurley; Wenying Feng 001 (CATA, 2002)

Performance Benefits of Partitioning in a Web-Caching Environment. - Richard T. Hurley; Wenying Feng 001; B. Y. Li (CAINE, 2003)

Partitioning in Distributed and Hierarchical Web-Caching Architectures: A Performance Comparison. - Richard T. Hurley; Wenying Feng 001; B. Y. Li (CAINE, 2003)

An Analytical Comparison of Distributed and Hierarchical Web-Caching Architectures. - Richard T. Hurley; Wenying Feng 001; B. Y. Li (CATA, 2003)

Performance Comparison for Service Systems With or Without Anticipated Delay Information by Analysis and Simulation. - Wenying Feng 001; Richard T. Hurley (Int. J. Comput. Their Appl., 2004)

A Empirical Comparison of Monte Carlo Methods for Simulating Random Variants that follow Cubic Polynomial Based Mathematical Models. - Craig Hourie; James W. Jury; Richard T. Hurley (IASSE, 2005)

Integration of QoS Queuing Schedules to QoS Caching Schemes. - Yong Zhang; Wenying Feng 001; Richard T. Hurley (ACIS-ICIS, 2006)

Effects of Dynamic Content on Web Caching. - Richard T. Hurley; B. Y. Li (PDCCS, 2008)

A performance investigation of web caching architectures. - Richard T. Hurley; B. Y. Li (C3S2E, 2008)

Performance Comparison of Algorithms for Gathering Remote State Information. - Richard T. Hurley; John Mak; Bart C. Domzy (Int. J. Comput. Their Appl., 2009)