Combining RLVR and Human Demonstrations for Better LMs
A paper on combining RLVR with human demonstrations to train style, structure, and diversity beyond verifiable rewards.
A paper on combining RLVR with human demonstrations to train style, structure, and diversity beyond verifiable rewards.
Code model evaluation should weigh real task success, retries, latency, and token cost, not benchmark scores alone.
How CoAx exposes backup circuits that single ablation can miss due to self-repair in transformers.
How ContextNest frames context governance with a verifiable knowledge vault layer for auditable AI agents beyond retrieval quality.
DiscoLoop explores multi-hop reasoning inside a single forward pass without relying on long external CoT tokens.
Examines whether combining rail crossing images with accident records improves safety assessment and what validation matters.
OCB evaluates native Office file understanding, revealing document AI limits beyond PDF-based QA.
AI can boost productivity but also amplify errors, making foundational learning essential for problem framing, verification, and judgment.
A curated link roundup from recently collected official updates and tech news.
How code agents can use bug reproduction tests as diagnostic signals during patch generation, not just post-hoc checks.
DART-VLN targets stale memory reads and local backtracking in discrete VLN using training-free test-time control.
A method for building dynamic 3D Gaussians from monocular video and correcting reconstruction gaps with a conditional video model.
Explores using sparse autoencoders to disentangle dense RAG embeddings for interpretable retrieval analysis and steering.
From steering vectors to model calibrators, this paper frames latent-space intervention as a path to better LLM control and trust.
Official data on AI and automation exposure compares office jobs and skilled trades by task structure and employment outlook.
A look at the main security risks in mobile on-device AI, focusing on attack surfaces across apps, models, and OS.
Examines distributed vs. concentrated public AI compute strategies and what they mean for sovereign AI capacity.
Examines whether AI safety remains consistent in long conversations and highlights gaps in session-level evaluation.
How Ising-based thermodynamic computing may scale training, with focus on sampling costs and hardware limits.
Examines how stale rollouts and learning rates affect stability in asynchronous RLHF, with practical signals like staleness and ESS.
Examines whether AI eliminates jobs or redesigns tasks, and why this shift matters for hiring, reskilling, and productivity.
A curated link roundup from recently collected official updates and tech news.
A practical guide to balancing agent autonomy, traceability, and control in enterprise orchestration design.
EM may depend on optimizers and batch settings, making finetuning recipes part of safety evaluation, not just data.