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Relational Over-Regularization: Graph-Based AI-Generated Text Detection via Sentence Transition Deviation

arXiv cs.AI ↗ · 2026-08-28 Cached

This paper introduces Relational Over-Regularization (ROR) as a structural signal for detecting AI-generated text and proposes the Cross-Source Stylometric Fingerprint Graph (CSFG) framework to exploit this signal via graph-based methods, achieving high accuracy in detection.

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#text-detection

MD-ProTector: Positioning Multiple Data-Driven Prototypes for LLM-Generated Text Detection

arXiv cs.CL ↗ · 2026-08-12 Cached

MD-ProTector is a research paper proposing a prototype-based method for LLM-generated text detection, using multiple trainable reference vectors per class to capture within-class variation and improve robustness across domains, generators, languages, and adversarial edits.

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#text-detection

As AI content floods the internet, Pangram raises $9M to detect it

TechCrunch AI ↗ · 2026-07-29 Cached

Pangram raises $9 million to detect AI-generated content, launching new text and image detection models with over 99% accuracy for identifying AI-assisted writing.

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#text-detection

@PaddlePaddle: PP-OCRv6 Tech Deep Dive Ep.1: In the Era of Large Models, Why Does Lightweight OCR Still Have Irreplaceable Value? — PP…

X AI KOLs Timeline ↗ · 2026-06-23 Cached

PP-OCRv6 is a lightweight OCR model (34.5M parameters) that challenges large VLMs with its MetaFormer architecture, offering efficient text detection and recognition across multiple deployment scenarios.

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#text-detection

PP-OCRv6 on Hugging Face: 50-Language OCR from 1.5M to 34.5M Parameters

Hugging Face Blog ↗ · 2026-06-22 Cached

PP-OCRv6 is the latest generation of PaddleOCR's universal OCR model family, offering three tiers from 1.5M to 34.5M parameters, supporting 50 languages, and achieving significant accuracy improvements over previous versions.

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#text-detection

Base Models Look Human To AI Detectors

Hugging Face Daily Papers ↗ · 2026-05-19 Cached

A research paper finds that base language models appear human to AI detectors, unlike instruction-tuned models. The authors propose a paraphrasing pipeline (HIP) that improves human-likeness while preserving semantics across model sizes.

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