Gradient Customs: AlphaToken Checks Which Tokens Are Allowed to Train
AlphaToken reframes post-training as selective gradient routing, showing how token-level valuation can improve adaptation while reducing retention loss.
AlphaToken reframes post-training as selective gradient routing, showing how token-level valuation can improve adaptation while reducing retention loss.
A mechanism-first reading of pFedAC: why federated reinforcement learning needs shared representations, local policy heads, and fewer fantasies about one global policy.
Two papers show why AI creates value in structured systems when it is scoped as a precise intervention, not promoted into an all-purpose replacement.
A mechanism-first reading of DEM, a glass-box anomaly detector that turns residual distillation into an operational governance dial for physiological monitoring.
FrontierOR shows why runnable optimisation code is not the same as scalable algorithm design, and why enterprise AI agents need harder tests than solver demos.
FoodMonitor shows why real compliance AI needs auditable evidence, not just video understanding with a rulebook attached.
A business-focused reading of two new arXiv papers showing why long-horizon AI needs grounded abstraction, validated experience, and selective internalisation rather than ever-larger memory stores.
A business-focused synthesis of three arXiv papers showing why AI reliability depends on representation, readout, and compute discipline—not just bigger outputs or heavier architectures.
A systems paper shows why mixed batching is not a universal default for LLM inference, and why bandwidth-aware scheduling may matter more than scheduler fashion.
WildRelight shows why real-world relighting needs measurement infrastructure, not just prettier synthetic demos.