Some Convolution Identities and an Inverse Relation Involving Partial Bell Polynomials. - Daniel Birmajer; Juan B. Gil; Michael D. Weiner (Electron. J. Comb., 2012)

On Hensel's Roots and a Factorization Formula in Z[[x]]. - Daniel Birmajer; Juan B. Gil; Michael D. Weiner (Integers, 2014)

Linear Recurrence Sequences and Their Convolutions via Bell Polynomials. - Daniel Birmajer; Juan B. Gil; Michael D. Weiner (J. Integer Seq., 2015)

Linear Recurrence Sequences With Indices in Arithmetic Progression and Their Sums. - Daniel Birmajer; Juan B. Gil; Michael D. Weiner (Integers, 2016)

On the Enumeration of Restricted Words over a Finite Alphabet. - Daniel Birmajer; Juan B. Gil; Michael D. Weiner (J. Integer Seq., 2016)

Colored partitions of a convex polygon by noncrossing diagonals. - Daniel Birmajer; Juan B. Gil; Michael D. Weiner (Discret. Math., 2017)

On factor-free Dyck words with half-integer slope. - Daniel Birmajer; Juan B. Gil; Michael D. Weiner (Adv. Appl. Math., 2018)

On rational Dyck paths and the enumeration of factor-free Dyck words. - Daniel Birmajer; Juan B. Gil; Michael D. Weiner (Discret. Appl. Math., 2018)

A family of Bell transformations. - Daniel Birmajer; Juan B. Gil; Michael D. Weiner (Discret. Math., 2019)

Human-in-the-Loop Automatic Data Migration for a Large Research Computing Data Center. - Fang (Cherry) Liu; Michael D. Weiner; Kevin Manalo; Aaron Jezghani; Christopher J. Blanton; Christopher Stone; Kenneth J. Suda; Nuyun Zhang; Dan Zhou; Mehmet Belgin; Semir Sarajlic; Rubén Lara (CSCI, 2021)

Buzzard: Georgia Tech's Foray into the Open Science Grid. - Mehmet Belgin; Semir Sarajlic; Rubén Lara; Laura Cadonati; A. Nepomuk Otte; Ignacio J. Taboada; Gregory L. Beyer; Norman Bray Bonner; Michael Brandon; Pam Buffington; J. Eric Coulter; Aaron Jezghani; et al. (PEARC, 2022)

Phoenix: The Revival of Research Computing and the Launch of the New Cost Model at Georgia Tech. - Aaron Jezghani; Semir Sarajlic; Michael Brandon; Neil Bright; Mehmet Belgin; Gregory L. Beyer; Christopher Blanton; Pam Buffington; J. Eric Coulter; Rubén Lara; Lew Lefton; David Leonard 002; et al. (PEARC, 2022)

A Fully Automated Scratch Storage Cleanup Tool for Heterogeneous Parallel Filesystems. - Fang (Cherry) Liu; Dan Zhou; Ken Suda; Michael D. Weiner; Mehmet Belgin; Rubén Lara; Pam Buffington (PEARC, 2022)

Restricted generating trees for weak orderings. - Daniel Birmajer; Juan B. Gil; David S. Kenepp; Michael D. Weiner (Discret. Math. Theor. Comput. Sci., 2022)

ICE 2.0: Restructuring and Growing an Instructional HPC Cluster. - J. Eric Coulter; Michael D. Weiner; Aaron Jezghani; Matthew Guidry; Rubén Lara; Fang (Cherry) Liu; Allan Metts; Ronald Rahaman; Kenneth J. Suda; Peter Wan; Gregory Willcox; Deirdre Womack; et al. (SC Workshops, 2023)

Semi-Automatic Hybrid Software Deployment Workflow in a Research Computing Center. - Fang Liu 028; Ronald Rahaman; Michael D. Weiner; Eric Coulter; Deepa Phanish; Jeffrey Valdez; Semir Sarajlic; Rubén Lara; Pam Buffington (PEARC, 2023)

A positional statistic for 1324-avoiding permutations. - Juan B. Gil; Oscar A. Lopez; Michael D. Weiner (Discret. Math. Theor. Comput. Sci., 2023)

Onboarding Research Computing and Data Professionals. - Gladys Andino; Scott Delinger; Jacob Fosso-Tande; Timothy Middelkoop; Claire Mizumoto; David Reddy; Michael Weiner 003 (PEARC, 2024)

Exploring Research Dataset-Sharing Strategies for Concurrent AI Workflows. - Yongnuo Yang; Fang Liu 028; Michael D. Weiner; Aaron Jezghani; J. Eric Coulter; Rubén Lara; Ronald Rahaman; Kenneth J. Suda; Jeffrey Valdez; Dee Womack; Dan Zhou (PEARC, 2024)

Pattern-avoiding stabilized-interval-free permutations. - Daniel Birmajer; Juan B. Gil; Jordan Olliver Tirrell; Michael D. Weiner (Discret. Math., 2025)