Beyond the Pareto Frontier: Pricing LLM Mistakes in the Real World
A practical reading of an economic LLM evaluation framework that turns accuracy, latency, abstention, and inference cost into dollar-valued deployment decisions.
A practical reading of an economic LLM evaluation framework that turns accuracy, latency, abstention, and inference cost into dollar-valued deployment decisions.
A mechanism-first look at Partial Model Collapse, a machine unlearning method that turns self-generation drift into targeted output removal for LLMs.
A mechanism-first reading of how LLM summaries can reframe evidence, overweight early context, hallucinate authority, and measurably shift user decisions.
X-Master shows that scientific AI progress can come from inference-time orchestration, tool access, critique, rewriting, and selection—not only from larger model training.
A practical reading of PhantomText, a study showing how invisible document manipulations can poison RAG systems before the model ever sees a prompt.
ASTRO shows that reasoning gains can come from training models to recover from wrong turns, not merely from scaling models or wrapping them in external agent scaffolds.
A mechanism-first reading of how LLM market agents coordinate prices, why communication and pressure matter, and what operators should test before deploying autonomous pricing agents.
RALLY shows how UAV swarms may coordinate better when language handles semantic intent and reinforcement learning handles role credit.
DeepSupp turns support-level detection from static charting into a dynamic representation-learning problem, but its real value is consistency rather than trading alpha.
A practical reading of an early AI-agent troubleshooting playground: useful less as proof of autonomy, more as a template for repeatable network-operations evaluation.