Algorithms · Online Learning

TitleAuthors
Bandits with Feedback Graphs and Switching CostsRaman Arora · Teodor Vanislavov Marinov · Mehryar Mohri
Batched Multi-armed Bandits ProblemZijun Gao · Yanjun Han · Zhimei Ren · Zhengqing Zhou
Beyond Online Balanced Descent: An Optimal Algorithm for Smoothed Online OptimizationGautam Goel · Yiheng Lin · Haoyuan Sun · Adam Wierman
Equipping Experts/Bandits with Long-term MemoryKai Zheng · Haipeng Luo · Ilias Diakonikolas · Liwei Wang
Large Scale Markov Decision Processes with Changing RewardsAdrian Rivera Cardoso · He Wang · Huan Xu
Online Learning via the Differential Privacy LensJacob Abernethy · Young Hun Jung · Chansoo Lee · Audra McMillan · Ambuj Tewari
Online Normalization for Training Neural NetworksVitaliy Chiley · Ilya Sharapov · Atli Kosson · Urs Koster · Ryan Reece · Sofia Samaniego de la Fuente · Vishal Subbiah · Michael James
Online Prediction of Switching Graph Labelings with Cluster SpecialistsMark Herbster · James Robinson
Secretary Ranking with Minimal InversionsSepehr Assadi · Eric Balkanski · Renato Leme
Dying Experts: Efficient Algorithms with Optimal Regret BoundsHamid Shayestehmanesh · Sajjad Azami · Nishant Mehta
Dynamic Local Regret for Non-convex Online ForecastingSergul Aydore · Tianhao Zhu · Dean Foster
Online Convex Matrix Factorization with Representative RegionsJianhao Peng · Olgica Milenkovic · Abhishek Agarwal
Online Forecasting of Total-Variation-bounded SequencesDheeraj Baby · Yu-Xiang Wang
Online Stochastic Shortest Path with Bandit Feedback and Unknown Transition FunctionAviv Rosenberg · Yishay Mansour
Private Learning Implies Online Learning: An Efficient ReductionAlon Gonen · Elad Hazan · Shay Moran
Random Path Selection for Continual LearningJathushan Rajasegaran · Munawar Hayat · Salman H Khan · Fahad Shahbaz Khan · Ling Shao
Superposition of many models into oneBrian Cheung · Alexander Terekhov · Yubei Chen · Pulkit Agrawal · Bruno Olshausen
User-Specified Local Differential Privacy in Unconstrained Adaptive Online LearningDirk van der Hoeven