A Novel GPU-Accelerated Algorithm to Discover Periodic-Frequent Patterns in Temporal Databases. - Sreepada Tarun; Rage Uday Kiran; Yutaka Watanobe; Kazuo Goda (IEEE Big Data, 2022)

Towards Efficient Discovery of Periodic-Frequent Patterns in Dense Temporal Databases Using Complements. - Pamalla Veena; Sreepada Tarun; R. Uday Kiran; Minh-Son Dao; Koji Zettsu; Yutaka Watanobe; Ji Zhang 001 (DEXA (2), 2022)

Mining Periodic-Frequent Patterns in Irregular Dense Temporal Databases Using Set Complements. - Pamalla Veena; Sreepada Tarun; Rage Uday Kiran; Minh-Son Dao; Koji Zettsu; Yutaka Watanobe; Ji Zhang 001 (IEEE Access, 2023)

Accelerating Fuzzy Frequent Pattern Mining on GPUs with GPU Direct Storage. - Tarun Sreepada; Arjun Chakravarthi Pogaku; Uday Kiran Rage; Kazuo Goda (IEEE Big Data, 2025)

Adaptive GPU Compute Resource Allocation for Efficient High-Utility Itemset Mining. - Tarun Sreepada; Tsuyoshi Ozawa; Genki Kimura; Uday Kiran Rage; Kazuo Goda (DASFAA (5), 2026)