Toward Parallel Modeling of Solidification Based on the Generalized Finite Difference Method Using Intel Xeon Phi. - Lukasz Szustak; Kamil Halbiniak; Adam Kulawik; Joanna Wróbel; Pawel Gepner (PPAM (1), 2015)

Adaptation of MPDATA Heterogeneous Stencil Computation to Intel Xeon Phi Coprocessor. - Lukasz Szustak; Krzysztof Rojek; Tomasz Olas; Lukasz Kuczynski; Kamil Halbiniak; Pawel Gepner (Sci. Program., 2015)

Using hStreams Programming Library for Accelerating a Real-Life Application on Intel MIC. - Lukasz Szustak; Kamil Halbiniak; Adam Kulawik; Roman Wyrzykowski; Piotr Uminski; Marcin Sasinowski (ICA3PP Workshops, 2016)

Porting and optimization of solidification application for CPU-MIC hybrid platforms. - Lukasz Szustak; Kamil Halbiniak; Lukasz Kuczynski; Joanna Wróbel; Adam Kulawik (Int. J. High Perform. Comput. Appl., 2018)

Assessment of offload-based programming environments for hybrid CPU-MIC platforms in numerical modeling of solidification. - Kamil Halbiniak; Roman Wyrzykowski; Lukasz Szustak; Tomasz Olas (Simul. Model. Pract. Theory, 2018)

Toward Heterogeneous MPI+MPI Programming: Comparison of OpenMP and MPI Shared Memory Models. - Lukasz Szustak; Roman Wyrzykowski; Kamil Halbiniak; Pawel Bratek (Euro-Par Workshops, 2019)

Performance Optimizations for Parallel Modeling of Solidification with Dynamic Intensity of Computation. - Kamil Halbiniak; Lukasz Szustak; Adam Kulawik; Pawel Gepner (PPAM (1), 2019)

Unleashing the performance of ccNUMA multiprocessor architectures in heterogeneous stencil computations. - Lukasz Szustak; Kamil Halbiniak; Roman Wyrzykowski; Ondrej Jakl (J. Supercomput., 2019)

Dynamic workload prediction and distribution in numerical modeling of solidification on multi-/manycore architectures. - Kamil Halbiniak; Tomasz Olas; Lukasz Szustak; Adam Kulawik; Marco Lapegna (Concurr. Comput. Pract. Exp., 2021)

Exploration of OpenCL Heterogeneous Programming for Porting Solidification Modeling to CPU-GPU Platforms. - Kamil Halbiniak; Lukasz Szustak; Tomasz Olas; Roman Wyrzykowski; Pawel Gepner (Concurr. Comput. Pract. Exp., 2021)

CFD code adaptation to the FPGA architecture. - Krzysztof Rojek; Kamil Halbiniak; Lukasz Kuczynski (Int. J. High Perform. Comput. Appl., 2021)

Performance exploration of various C/C++ compilers for AMD EPYC processors in numerical modeling of solidification. - Kamil Halbiniak; Roman Wyrzykowski; Lukasz Szustak; Adam Kulawik; Norbert Meyer; Pawel Gepner (Adv. Eng. Softw., 2022)

Empirical Studies of Students Behaviour Using Scottie-Go Block Tools to Develop Problem-Solving Experience. - Pawel Gepner; Martyna Wybraniak-Kujawa; Jerzy Krawiec; Andrzej Kaminski; Kamil Halbiniak (ICCS (5), 2023)

Unleashing the Potential of Mixed Precision in AI-Accelerated CFD Simulation on Intel CPU/GPU Architectures. - Kamil Halbiniak; Krzysztof Rojek; Sergio Iserte; Roman Wyrzykowski (ICCS (6), 2024)

Enhancing Computational Science Education Through Practical Applications: Leveraging Predictive Analytics in Box Meal Services. - Ilona Jacyna-Golda; Pawel Gepner; Jerzy Krawiec; Kamil Halbiniak; Andrzej Jankowski; Martyna Wybraniak-Kujawa (ICCS (7), 2024)

Single- and multi-GPU computing on NVIDIA- and AMD-based server platforms for solidification modeling application. - Kamil Halbiniak; Norbert Meyer; Krzysztof Rojek (Concurr. Comput. Pract. Exp., 2024)

Influence of Mixed Precision on Performance and Accuracy of DNN Training for AI-Accelerated CFD Simulations on NVIDIA Multi-GPU System. - Kamil Halbiniak; Krzysztof Rojek; Roman Wyrzykowski; Pawel Gepner; Norbert Meyer (ICCS (Workshops 1), 2025)