Online Convex Optimization
Overview
Online convex optimization studies how to choose actions sequentially as convex losses arrive, measuring performance against the best fixed or changing comparator in hindsight. Common methods include Online Mirror Descent, projected gradient descent, Follow-the-Regularized-Leader, and adaptive or optimistic variants; feedback may be full-information, bandit, delayed, or distributed. Constraints and changing feasible sets add costs such as cumulative violation, movement, communication, and computation, so algorithms often balance these against regret. Current work sharpens guarantees for dynamic comparators and problem-dependent conditions, while a central challenge is achieving optimal regret and feasibility with partial feedback and limited resources.
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