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Auxiliary-Loss-Free Load Balancing in Mixture-of-Experts: How Dynamic Bias Adjustments Eliminate Gradient Conflict and Routing Collapse
Sparse Mixture-of-Experts (MoE) architectures decouple parameter count from per-token compute cost by activating only a small subset of feed-forward network (FFN) parameters for any given token. While dense transformers evaluate every parameter across all sequence positions, MoE models route tokens dynamically to specialized sub-networks, enabling parameter scaling to hundreds of billions or trillions of parameters at the inference and training cost of much smaller dense models. However, condit
1 minConfidential LLM Inference in Production: Hardware TEEs, GPU Enclaves, Attestation, and Serving Performance Trade-Offs
Confidential LLM Inference in Production: Hardware TEEs, GPU Enclaves, Attestation, and Serving Performance Trade-Offs Deploying large language models in multi-tenant cloud environments introduces a fundamental security boundary problem. Standard transport encryption (TLS) secures prompts in transit, and encryption-at-rest protects checkpoints on disk, but model weights, prompt tokens, and key-value (KV) caches exist in plaintext within system memory during active inference. For organizations p
1 minGoogle DeepMind Outlines 15-Year Game AI Arc and EVE Online Research Sandbox
Google DeepMind has detailed its 15-year trajectory of game-based artificial intelligence research, outlining how milestones from arcade reinforcement learning to modern multimodal models have culminated in an experimental research program inside the persistent virtual universe of EVE Online. The retrospective connects early breakthroughs in discrete, fully observable games to the frontier challenges currently facing autonomous systems: long-horizon planning, non-stationary multi-agent dynamics
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