Measure Twice, Quantize Once
A mechanism-first reading of joint neural architecture search and mixed-precision quantization for compressing LLMs without pretending the deployment pipeline is tidy.
A mechanism-first reading of joint neural architecture search and mixed-precision quantization for compressing LLMs without pretending the deployment pipeline is tidy.
A decision-focused EV charging paper shows why forecasting should be trained for downstream control quality, not prediction accuracy alone.
HarnessX argues that agent performance is not only a model problem; the runtime scaffold around the model can be composed, evolved, gated, and even co-trained.
Why LLM annotation fails when the model’s internal concept boundary does not match the business definition it is supposed to apply.
Why enterprise reasoning systems need expert-grounded evaluation and adaptive compute control, not just larger models with longer answers.
A mechanism-first read of Bidirectional Provability Fingerprinting, and why semantic certification matters when AI turns human intent into formal artifacts.
A mechanism-first reading of RACL, a repair-aware decision framework that turns fixable violations into structured options instead of wasted rejections.
A practical reading of how LLMs respond when asked, corrected, and shown examples while generating Java code with the Singleton pattern.
Instant-Fold shows why, for deformable physical work, a single demonstration can carry more operational detail than a written instruction.
Why three new AI papers point to the same operating lesson: deployment failures often live in the directions your objective forgot to supervise.