Look Before You Think: Why Visual AI Needs Evidence Scheduling
A mechanism-first reading of CSMR, a training-free framework that improves multimodal reasoning by letting an LLM ask for visual evidence only when the reasoning state needs it.
A mechanism-first reading of CSMR, a training-free framework that improves multimodal reasoning by letting an LLM ask for visual evidence only when the reasoning state needs it.
How scale-across AI training turns model architecture, parallelism placement, scheduling, and long-distance networking into one business-critical optimization problem.
A mechanism-first reading of Toto 2.0, showing why time-series foundation model scaling depends on decoding, loss design, optimizer choice, data mixture, and hyperparameter transfer—not just bigger parameter counts.
A mechanism-first reading of alignment tampering, where preference optimization can amplify unwanted bias when quality and bias travel together.
A mechanism-first reading of why vision-language models can become more fluent while becoming less visually grounded, and what that means for business deployment.
A mechanism-first reading of why pairwise preference labels can fail under unseen user preferences, and why response time may help reward models adapt.
BEAM shows how separating expert selection from expert activation can turn MoE inference from a fixed Top-K habit into an adaptive compute-control layer.
A mechanism-first reading of CES, a lightweight hallucination detector that treats token entropy distributions as operational risk fingerprints rather than mere confidence scores.
A mechanism-first reading of how routing statistics can turn a general-purpose MoE LLM into a smaller translation specialist, and where the compression claim stops short of cheaper inference.
A business-focused reading of why data filtering may be a compute-dependent strategy rather than a universal pretraining rule.