This paper introduces a machine learning-based sys-tem for identifying the traffic of RTC applications that builds on the domains contacted before starting a call and leverages techniques from Natural Language Processing (NLP) to build meaningful features.
This work introduces Decision-Relevant Fresh Comparison (DRFC), which uses new, balanced samples from all agents to compare arms at the network level and switches only when fresh global evidence indicates that the common best arm has changed, and proves a high-probability dynamic regret bound with no adaptation term de...
For the well-specified operations problems the authors study, a single untuned LLM query can already produce algorithms competitive with specialized methods, suggesting that frontier LLMs can be a serious empirical baseline for algorithm design in well-specified OR problems.
COLD is an auditable measurement methodology, an evaluation contract that fixes a public information boundary, downstream stack G, and finite legal team family before outcomes are generated, which exposes selection headroom without manufacturing a routing win.
Numerical experiments show that RASGD achieves regret competitive with per-arrival LP re-solving and improves upon the tested first-order baselines, while retaining the computational efficiency of first-order methods.
Web agents observe a browser through text, pixels, or both, and the choice is usually fixed once for all tasks, so a stronger agent can overturn the result, and the rerun noise bands and the full measurement protocol are reported.
Jiaming Wei, Zekun Wu, A. Koshiyama et al.· 0 citations
This work improves the minimum cut problem for an undirected edge-weighted graph using agentic algorithm engineering (AAE), a methodology that is available in the open-source package VieCut and has outperformed the previously fastest solvers by a factor of up to 2.5 sequentially and up to 12.9 when run in parallel.
David A. Bader, Adil Chhabra, Ernestine Großmann et al.· 0 citations
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