Partial Ranking
Partial ranking, focusing on ordering a subset of items rather than a complete list, addresses the challenges of efficiently handling large datasets and incorporating diverse evaluation criteria. Current research emphasizes developing robust ranking algorithms, including those based on hierarchical aggregation, transformer networks, and reinforcement learning, to improve accuracy and mitigate biases in various applications. This field is significant because it enhances decision-making in diverse areas such as process mining, metaheuristic optimization, and information retrieval, offering more efficient and reliable methods for handling complex ranking problems.
Papers
Better Generalization with Semantic IDs: A Case Study in Ranking for Recommendations
Anima Singh, Trung Vu, Nikhil Mehta, Raghunandan Keshavan, Maheswaran Sathiamoorthy, Yilin Zheng, Lichan Hong, Lukasz Heldt, Li Wei, Devansh Tandon, Ed H. Chi, Xinyang Yi
Towards Explainable TOPSIS: Visual Insights into the Effects of Weights and Aggregations on Rankings
Robert Susmaga, Izabela Szczech, Dariusz Brzezinski