cd /news/large-language-models/aip-speech-auditing-speech-llm-robus… · home › topics › large-language-models › article
[ARTICLE · art-157438] src=aclanthology.org ↗ pub= topic=large-language-models verified=true sentiment=· neutral

AIP-Speech: Auditing Speech LLM Robustness to Background Interference

Aiden Dsouza and co-authors Shreyansh Mishra, Yashraj Suneja, Rohan Swain, Samyak Borkar, Arjun Jaishankar and Tanmay Urade published AIP-Speech, an inference-only benchmark that measures how five open Speech LLMs degrade under controlled mixtures of real-world background recordings, in the Proceedings of the IMPACT-SPEECH Workshop (pages 10–19, Budapest, Hungary, October 2026, Association for Computational Linguistics). The authors report that simple acoustic descriptors — Zero Crossing Rate, Spectral Centroid and Spectral Rolloff — consistently show strong associations with performance degradation, and the benchmark further quantifies robustness disparities across accents and tests whether inference-time prompting improves resilience under adverse acoustic conditions. AIP-Speech releases a reproducible benchmark and a descriptor-annotated background corpus for analyzing Speech LLM robustness.

read1 min views2 publishedOct 24, 2026
AIP-Speech: Auditing Speech LLM Robustness to Background Interference
Image: Aclanthology (auto-discovered)
Abstract

Speech Large Language Models (Speech LLMs) are increasingly deployed in real-world acoustic environments, yet it remains unclear which measurable properties of background sounds best explain performance degradation. We present AIP-Speech, an inference-only benchmark that evaluates Speech LLM robustness under controlled mixtures of realworld background recordings. Rather than comparing robustness across background categories alone, we characterize each recording using interpretable acoustic descriptors and examine their associations with degradation. Across five open Speech LLMs, we find that simple acoustic descriptors—including Zero Crossing Rate, Spectral Centroid, and Spectral Rolloff—consistently exhibit strong associations with degradation. We further quantify robustness disparities across accents and evaluate whether inference-time prompting improves resilience under adverse acoustic conditions. AIP-Speech provides a reproducible benchmark and descriptor-annotated background corpus for analyzing Speech LLM robustness.

- Anthology ID:
- 2026.impactspeech-1.2
- Volume:
- Venues:
- [IMPACT-SPEECH](https://aclanthology.org/venues/impactspeech/) |[WS](https://aclanthology.org/venues/ws/)
- SIG:
- Publisher:
  • Association for Computational Linguistics
- Note:
- Pages:
  • 10–19
- Language:
- URL:
- [https://aclanthology.org/2026.impactspeech-1.2/](https://aclanthology.org/2026.impactspeech-1.2/)
- DOI:
- Cite (ACL):
  • Aiden Dsouza, Shreyansh Mishra, Yashraj Suneja, Rohan Swain, Samyak Borkar, Arjun Jaishankar, and Tanmay Urade. 2026. AIP-Speech: Auditing Speech LLM Robustness to Background Interference . InProceedings of the IMPACT-SPEECH Workshop: Identifying, Measuring, Preventing, and Assessing Consequences of Bias in Speech LLMs , pages 10–19, Budapest, Hungary. Association for Computational Linguistics.
- Cite (Informal):
- [AIP-Speech: Auditing Speech LLM Robustness to Background Interference](https://aclanthology.org/2026.impactspeech-1.2/) (Dsouza et al., IMPACT-SPEECH 2026)
- PDF:
- [https://aclanthology.org/2026.impactspeech-1.2.pdf](https://aclanthology.org/2026.impactspeech-1.2.pdf)
── more in #large-language-models 4 stories · sorted by recency
── more on @aip-speech 3 stories trending now
sponsored brought to you by zahid.host 4,200+ EU-deployed projects
reading about agents? ship yours in a single git push.

Run your AI side-project on zahid.host

EU-based hosting, git-push deploys, automatic HTTPS, no cold starts. Free tier with a custom domain — perfect for shipping the agent you just read about.

$git push zahid main
→ Live at https://your-agent.zahid.host ✓
Get free account → Pricing
from €0/mo · no card required
LIVE [news/aip-speech-auditing-…] indexed:0 read:1min 2026-10-24 · —