Umamah, Rahman, Z.S.U., Husna, S.K., Pasha, M., Afsar, R. und Fatima, F. (2025) „Accelerating Seismic Hazard Modeling through High Performance Computing: Real-Time Aftershock Simulation and Geospatial Risk Mapping“, in. doi:10.1109/Earth Sense66084.2025.11297246.
Chicago Manual of Style 17th edition (full note)Umamah, Zainab Shafiq Ur Rahman, Syeda Khatijatul Husna, Mohammad Pasha, Rubeena Afsar, und Farheen Fatima. „Accelerating Seismic Hazard Modeling through High Performance Computing: Real-Time Aftershock Simulation and Geospatial Risk Mapping“. In . https://doi.org/10.1109/Earth Sense66084.2025.11297246.
American Psychological Association 7th editionUmamah, Rahman, Z. S. U., Husna, S. K., Pasha, M., Afsar, R., & Fatima, F. (2025, September 17). Accelerating Seismic Hazard Modeling through High Performance Computing: Real-Time Aftershock Simulation and Geospatial Risk Mapping. https://doi.org/10.1109/Earth Sense66084.2025.11297246
Modern Language Association 9th editionUmamah, Z. S. U. Rahman, S. K. Husna, M. Pasha, R. Afsar, und F. Fatima. Accelerating Seismic Hazard Modeling through High Performance Computing: Real-Time Aftershock Simulation and Geospatial Risk Mapping. 2025, https://doi.org/10.1109/Earth Sense66084.2025.11297246.
ISO-690 (author-date, Deutsch)UMAMAH, Zainab Shafiq Ur RAHMAN, Syeda Khatijatul HUSNA, Mohammad PASHA, Rubeena AFSAR und Farheen FATIMA, 2025. Accelerating Seismic Hazard Modeling through High Performance Computing: Real-Time Aftershock Simulation and Geospatial Risk Mapping. In: . 17 September 2025