A parallel I/O mechanism for distributed systems. - Troy Baer; Pete Wyckoff (CLUSTER, 2004)

Scheduling a 100, 000 Core Supercomputer for Maximum Utilization and Capability. - Phil Andrews; Patricia A. Kovatch; Victor Hazlewood; Troy Baer (ICPP Workshops, 2010)

Scheduling diverse high performance computing systems with the goal of maximizing utilization. - Tabitha K. Samuel; Troy Baer; R. Glenn Brook; Matthew Ezell; Patricia A. Kovatch (HiPC, 2011)

Data Analysis and Visualization in High-Performance Computing. - Amy F. Szczepanski; Jian Huang 007; Troy Baer; Yashema C. Mack; Sean Ahern (Computer, 2013)

pbsacct: A Workload Analysis System for PBS-Based HPC Systems. - Troy Baer; Doug Johnson (XSEDE, 2014)

Best Practices for Administering a Medium Sized Cluster with Intel® Xeon Phi™ Coprocessors. - Paul Peltz Jr.; Troy Baer (XSEDE, 2014)

Integrating apache spark into PBS-Based HPC environments. - Troy Baer; Paul Peltz Jr.; Junqi Yin; Edmon Begoli (XSEDE, 2015)

Beacon: Deployment and Application of Intel Xeon Phi Coprocessorsfor Scientific Computing. - R. Glenn Brook; Alexander Heinecke; Anthony B. Costa; Paul Peltz Jr.; Vincent C. Betro; Troy Baer; Michael Bader; Pradeep Dubey (Comput. Sci. Eng., 2015)

Scaling Puppet and Foreman for HPC. - Trey Dockendorf; Douglas Johnson; Troy Baer (PEARC, 2018)

HPC Software Tracking Strategies for a Diverse Workload. - Heechang Na; Zhi-Qiang You; Troy Baer; Shameema Oottikkal; Trey Dockendorf; Scott Brozell (HUST/ProTools@SC, 2020)

Early Experiences with Tight Integration of Kubernetes in an HPC Environment. - Trey Dockendorf; Troy Baer; Doug Johnson (PEARC, 2022)