Evaluating the Support of MTC Applications on Intel Xeon Phi Many-Core Accelerators. - Poornima Nookala; Serapheim Dimitropoulos; Karl Stough; Ioan Raicu (CLUSTER, 2015)

Many-Task Computing on Many-Core Architectures. - Pedro Valero-Lara; Poornima Nookala; Fernando L. Pelayo; Johan Jansson; Serapheim Dimitropoulos; Ioan Raicu (Scalable Comput. Pract. Exp., 2016)

The Template Task Graph (TTG) - an emerging practical dataflow programming paradigm for scientific simulation at extreme scale. - George Bosilca; Robert J. Harrison; Thomas Hérault; Mohammad Mahdi Javanmard; Poornima Nookala; Edward F. Valeev (ESPM2@SC, 2020)

Understanding Recursive Divide-and-Conquer Dynamic Programs in Fork-Join and Data-Flow Execution Models. - Poornima Nookala; Zafar Ahmad; Mohammad Mahdi Javanmard; Martin Kong; Rezaul Chowdhury; Robert J. Harrison (IPDPS Workshops, 2021)

Enabling Extremely Fine-grained Parallelism via Scalable Concurrent Queues on Modern Many-core Architectures. - Poornima Nookala; Peter A. Dinda; Kyle C. Hale; Kyle Chard; Ioan Raicu (MASCOTS, 2021)

Pushing the Boundaries of Small Tasks: Scalable Low-Overhead Data-Flow Programming in TTG. - Joseph Schuchart; Poornima Nookala; Thomas Hérault; Edward F. Valeev; George Bosilca (CLUSTER, 2022)

Generalized Flow-Graph Programming Using Template Task-Graphs: Initial Implementation and Assessment. - Joseph Schuchart; Poornima Nookala; Mohammad Mahdi Javanmard; Thomas Hérault; Edward F. Valeev; George Bosilca; Robert J. Harrison (IPDPS, 2022)

X-OpenMP - eXtreme fine-grained tasking using lock-less work stealing. - Poornima Nookala; Kyle Chard; Ioan Raicu (Future Gener. Comput. Syst., 2024)

Optimizing Fine-Grained Parallelism Through Dynamic Load Balancing on Multi-Socket Many-Core Systems. - Wenyi Wang; Maxime Gonthier; Poornima Nookala; Haochen Pan; Ian T. Foster; Ioan Raicu; Kyle Chard (IPDPS, 2025)