Improving Error Resilience Analysis Methodology of Iterative Workloads for Approximate Computing. - G. A. Gillani; André B. J. Kokkeler (Conf. Computing Frontiers, 2017)

Squash: Approximate Square-Accumulate With Self-Healing. - G. A. Gillani; Muhammad Abdullah Hanif; M. Krone; Sabih H. Gerez; Muhammad Shafique 001; André B. J. Kokkeler (IEEE Access, 2018)

Go green radio astronomy: Approximate Computing Perspective: Opportunities and Challenges: POSTER. - G. A. Gillani; André B. J. Kokkeler (CF, 2019)

Energy-efficient approximate least squares accelerator: a case study of radio astronomy calibration processing. - G. A. Gillani; A. Krapukhin; André B. J. Kokkeler (CF, 2019)

MACISH: Designing Approximate MAC Accelerators With Internal-Self-Healing. - G. A. Gillani; Muhammad Abdullah Hanif; B. Verstoep; Sabih H. Gerez; Muhammad Shafique 001; André B. J. Kokkeler (IEEE Access, 2019)

Leveraging Error Resilience of Iterative Algorithms for Energy Efficiency: from Concept to Implementation. - G. A. Gillani; A. Krapukhin; André B. J. Kokkeler (CoRR, 2025)