Optimistic Learning with Applications to Caching Networks
Ph.D. thesis on optimistic online learning with applications to caching networks.
Ph.D. thesis on optimistic online learning with applications to caching networks.
Dynamic-regret analysis of FTRL with optimistic predictions and a history-pruning technique that improves bounds.
Monograph on optimistic online learning for communication networks (caching, routing, resource management).
An optimistic learning framework for online caching that leverages recommendations to improve regret without sacrificing worst-case guarantees.
Optimistic FTRL controllers for online non-stochastic control with improved performance under accurate predictions.
No-regret algorithms for discrete caching that integrate untrusted predictions for improved performance.
Online caching with optimistic learning, exploiting predictions while keeping no-regret guarantees.