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AI · Sunday, 31 May 2026 · Issue 6 · 4 stories

Parallax boosts LLM efficiency AgingBench shows AI decline

Research

Parallax Introduces Parameterized Local Linear Attention Boosting LLM Efficiency

Parallax adds a scalable, parameterized Local Linear Attention mechanism that replaces the softmax constant estimate with a learned linear probe, improving the bias‑variance trade‑off in large language models. The new attention kernel matches or exceeds FlashAttention performance across batch sizes and context lengths, yielding consistent perplexity reductions at 0.6B‑1.7B scales and downstream gains.

arxiv.org ↗2 min read at source

AgingBench Benchmark Reveals Lifespan Decline in Deployed AI Agents

Researchers introduce AgingBench, a longitudinal benchmark that measures how AI coding agents deteriorate after deployment. The suite isolates four aging mechanisms, compression, interference, revision, and maintenance, and shows that agents can retain surface performance while factual accuracy drops, requiring stage‑specific repairs rather than stronger initial models.

arxiv.org ↗2 min read at source

Tools & Open Source

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That was all 4 stories in the 31 May issue.