most citedUniWalk: Explainable and Accurate Recommendation for Rating and Network Data

28 citations · 42 across the 6 of their papers we have counts for

collaborators

6 papers

cs.SI20174 cited

Fast and Accurate Random Walk with Restart on Dynamic Graphs with Guarantees

Minji Yoon, Woojeong Jin, U Kang

Given a time-evolving graph, how can we track similarity between nodes in a fast and accurate way, with theoretical guarantees on the convergence and the error? Random Walk with Re…

cs.IR201728 cited

UniWalk: Explainable and Accurate Recommendation for Rating and Network Data

Haekyu Park, Hyunsik Jeon, Junghwan Kim +2

How can we leverage social network data and observed ratings to correctly recommend proper items and provide a persuasive explanation for the recommendations? Many online services…

cs.SI20173 cited

Supervised and Extended Restart in Random Walks for Ranking and Link Prediction in Networks

Woojeong Jin, Jinhong Jung, U Kang

Given a real-world graph, how can we measure relevance scores for ranking and link prediction? Random walk with restart (RWR) provides an excellent measure for this and has been ap…

cs.DC20173 cited

PMV: Pre-partitioned Generalized Matrix-Vector Multiplication for Scalable Graph Mining

Chiwan Park, Ha-Myung Park, Minji Yoon +1

How can we analyze enormous networks including the Web and social networks which have hundreds of billions of nodes and edges? Network analyses have been conducted by various graph…

cs.IR20173 cited

A Comparative Study of Matrix Factorization and Random Walk with Restart in Recommender Systems

Haekyu Park, Jinhong Jung, U Kang

Between matrix factorization or Random Walk with Restart (RWR), which method works better for recommender systems? Which method handles explicit or implicit feedback data better? D…

cs.SI20171 cited

TPA: Fast, Scalable, and Accurate Method for Approximate Random Walk with Restart on Billion Scale Graphs

Minji Yoon, Jinhong Jung, U Kang

Given a large graph, how can we determine similarity between nodes in a fast and accurate way? Random walk with restart (RWR) is a popular measure for this purpose and has been exp…