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Multi-source AI news clustered, deduplicated, and scored 0–100 across authority, cluster strength, headline signal, and time decay.

  1. SMI: Statistical Membership Inference for Reliable Unlearned Model Auditing

    Researchers have introduced Statistical Membership Inference (SMI), a novel framework for auditing machine unlearning processes. Traditional methods using Membership Inference Attacks (MIAs) often overestimate unlearning effectiveness due to an alignment bias, where unlearned samples differ from non-member samples in ways that mislead MIA. SMI offers a training-free approach that reformulates auditing as estimating the non-member mixture proportion in the unlearned feature distribution, providing a more reliable and efficient alternative with theoretical guarantees and strong empirical results. AI

    SMI: Statistical Membership Inference for Reliable Unlearned Model Auditing

    IMPACT Introduces a more reliable and efficient method for auditing machine unlearning, potentially improving data privacy in AI systems.

  2. Assessing Cognitive Effort in L2 Idiomatic Processing: An Eye-Tracking Dataset

    Researchers have developed and validated an eye-tracking dataset to study how second-language learners process idiomatic expressions. The dataset captures cognitive costs associated with literal-first processing in L2 English speakers of varying proficiency levels, using data from Portuguese native speakers. Preliminary analysis shows a strong link between language proficiency and regressive eye movements, suggesting the dataset can serve as a benchmark for evaluating human processing models and large language models' figurative understanding. AI

    Assessing Cognitive Effort in L2 Idiomatic Processing: An Eye-Tracking Dataset

    IMPACT Provides a new benchmark for evaluating the figurative understanding capabilities of large language models.