Hoangan Le

11 papers C 1Journal 1Unranked 9
YearRankTypeTitle / Venue / Authors
2025 J jnl
A common and efficient algorithm for discovering high utility co-location patterns and their concise representation from massive spatial data.
J. Supercomput.
Thiloan Bui, Vanha Tran, Thaigiang Do, Hoangan Le, Truongminh Ngo
2025 — conf
DCPCPM: A Miner For Discovering Concise Prevalent Co-Location Patterns.
APWeb-WAIM (4)
Muquan Zou, Vanha Tran, Truongminh Ngo, Thiloan Bui, Ducanh Khuat, Hoangan Le
2024 — conf
A High Utility Co-location Pattern Mining Algorithm Using Multiple Utility Thresholds.
WISE (1)
Vanha Tran, Thiloan Bui, Thaigiang Do, Hoangan Le
2024 — conf
A New Method of Mining High Utility Co-location Patterns from Spatial Data.
MIWAI (2)
Vanha Tran, Thiloan Bui, Thaigiang Do, Hoangan Le
2024 — conf
An Efficient Clique-Based Level-Wise Search Algorithm for Spatial Prevalent Co-location Pattern Mining.
ICAISC (1)
Muquan Zou, Vanha Tran, Thiloan Bui, Hoangan Le, Ducduong Pham
2024 — conf
Density and Connectivity-Based Neighbor Relationship Materialization for Discovering Prevalent Co-location Patterns.
BDA (Astronomy, Science, and Engineering)
Vanha Tran, Thiloan Bui, Hoangan Le
2024 — conf
Discovering High Average Utility Co-location Patterns Using an Upper Bound Utility and a Hierarchical Instance Tree.
MIWAI (2)
Vanha Tran, Thiloan Bui, Hoangan Le
2024 — conf
Efficient Multilevel Spatial Co-location Pattern Discovery Based on Density-Wise Clustering and MC-Hash Structure.
ICSI
Vanha Tran, Muquan Zou, Thiloan Bui, Thaigiang Do, Ducanh Khuat, Hoangan Le
2024 — conf
Efficiently Mining High Average Utility Co-location Patterns Using Maximal Cliques and Pruning Strategies.
MICAI (1)
Vanha Tran, Thiloan Bui, Thaigiang Do, Hoangan Le
2024 — conf
MPCD: An Algorithm for Discovering Multilevel Prevalent Co-location Patterns from Heterogeneous Distribution of Spatial Datasets.
ICCSA (2)
Vanha Tran, Thiloan Bui, Hoangan Le
2024 C conf
Mining Prevalent Co-location Patterns with Multiple Minimum Prevalence Thresholds.
PKAW
Vanha Tran, Thiloan Bui, Thaigiang Do, Hoangan Le