This work proposes Ontology-Masked Reasoning Autoencoding (OMRA), a controlled intervention that masks and reconstructs over-explained spans while preserving stance, factual content, and coherence and reduces the measured gap between AI preference and real user engagement.
Abstract
Large language models are increasingly used to generate and evaluate online content, yet it remains unclear whether the qualities they associate with higher engagement match what real users respond to. We study this question using 1.17 million answers to 25,978 questions from Zhihu, Quora, and Reddit, comparing real platform answers and AI-generated answers across four within-question engagement levels. We introduce Ontological Preference Measurement, which represents answers along three dimensions: logic, affect, and expression. We find a systematic gap between AI preference and real user engagement: as target engagement increases, LLMs add more explicit logical structure, while real user engagement is more strongly associated with affective and expressive salience. We call this tendency logic overbinding. Based on this diagnosis, we propose Ontology-Masked Reasoning Autoencoding (OMRA), a controlled intervention that masks and reconstructs over-explained spans while preserving stance, factual content, and coherence. Across four LLM families, OMRA reduces the measured gap by an average of 54.4%. In human evaluation, OMRA wins 62.4% of pairwise preference judgments against matched real platform answers, even though the real answers are more often judged to be human-written.
An understanding gap is illuminated: user attributions are partly guided by epistemic orientation and experiential ascriptions that make sophisticated simulation appear as understanding, especially in affective interaction, raising urgent questions about epistemic trust, relational vulnerability, and the ethics of AI c...
Erez Firt, Rinat B. Rosenberg-Kima· AI & SOCIETY· 0 citations
Examination of undergraduate students in an operations management course who first solved a linear programming problem manually and then used GenAI on the same task shows that students can position GenAI differently within the same technical task, from receiving answers to verifying existing reasoning or seeking concep...
A. Jaiswal, Gaurav Nanda· International Journal of STE...· 1 citation
The intersection of psycholinguistics and cognitive science is proposed as the most productive starting point for modeling users as whole persons rather than collections of attribute preferences.
S. Maheshwari, Priyansh Singhal· Proceedings of the 20th ACM...· 0 citations
This work conducts a controlled human study of six reasoning formats across tasks of varying complexity, supported by a web-based framework that randomizes task domains, problem instances, and representation order.
This work analyzes ChatGPT and Gemini conversations, using repeated prompting and clarification following misunderstanding as behavioural indicators of cognitive difficulty, and finds that response characteristics such as length, readability and lexical diversity do not have fixed relationships with conversational diff...
This research examined how public communication about emerging technologies is shaped through platform-specific multimodal conventions and engagement dynamics on TikTok to provide insights for stakeholders who seek to promote responsible AI communication on video-sharing platforms where algorithms shape which content i...
Xi-Ran Liu, M. S. Schäfer· Emerging Media· 1 citation
AI agents can generate code at a scale that’s hard for humans to review line-by-line. PDD Kit helps ensure the code is doing what the developer intended by creating formal specifications and testing against them. It converts developer intent into a Verus specification, proves AI-generated code meets it for every input, and uses tests where proofs aren't practical. Developers review intent, not every line. The post Formally verifying agent-written full-stack web apps with PDD Kit appeared first o…
Research Manager Mike Walker reflects on a career spanning hacker culture, cybersecurity, and AI, sharing lessons about trust, teamwork, leadership, and why solving difficult problems requires curiosity, judgment, agility—and an understanding of the rules. The post Learn the rules: The hacker mindset appeared first on Microsoft Research.
We use cookies to run the site and, with your consent, for analytics and to show ads.
See our Cookie Policy.