X-Blocks: Linguistic Blocks for AV Explanations
πŸ“„#automated-vehicles#nl-explanations#llm-ensembleStalecollected in 19h

X-Blocks: Linguistic Blocks for AV Explanations

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πŸ’‘91% accurate LLM framework decodes AV explanation linguisticsβ€”vital for XAI in driving (68 chars)

⚑ 30-Second TL;DR

What changed

Hierarchical X-Blocks framework analyzes explanations at context-syntax-lexicon levels

Why it matters

Provides evidence-based principles for scenario-aware NLG in AVs, boosting trust and transparency. Dataset-agnostic design extends to other safety-critical AI domains like robotics.

What to do next

Apply RACE framework with open LLMs to classify explanations in your AV dataset.

Who should care:Researchers & Academics

X-Blocks introduces a hierarchical framework analyzing natural language explanations for automated vehicles (AVs) at context, syntax, and lexicon levels. RACE, a multi-LLM ensemble with Chain-of-Thought and self-consistency, achieves 91.45% accuracy on Berkeley DeepDrive-X dataset. It uncovers scenario-specific vocabulary patterns and reusable grammar families for explainable AI.

Key Points

  • 1.Hierarchical X-Blocks framework analyzes explanations at context-syntax-lexicon levels
  • 2.RACE multi-LLM classifier hits 91.45% accuracy and 0.91 Cohen's kappa on DeepDrive-X
  • 3.Log-odds with Dirichlet priors reveals scenario-specific vocabulary patterns
  • 4.Dependency parsing extracts reusable grammar templates varying by predicate and causal types

Impact Analysis

Provides evidence-based principles for scenario-aware NLG in AVs, boosting trust and transparency. Dataset-agnostic design extends to other safety-critical AI domains like robotics.

Technical Details

RACE combines CoT reasoning and self-consistency across LLMs for robust context classification into 32 categories. Lexical analysis uses informative priors; syntax employs dependency parsing for template extraction.

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