AI & ML
Perceived Trust and Transparency in AI-Altered vs. Human-Written LinkedIn Posts
arXiv cs.HC0 views
arXiv:2611.06660v1 Announce Type: new Abstract: People increasingly draft a social media post themselves and then let an AI model refine it (AI-altered), a common but understudied middle case between fully human-written and fully AI-generated content. We ask whether this changes how trustworthy and transparent readers perceive the post to be, and whether they can even tell. We first analyze real ChatGPT conversations (WildChat) to find how people actually alter social media posts, which we use to design realistic alteration prompts. We then run a pre-registered, within-subjects online experiment (n=214) in which participants rate unlabeled human-written and AI-altered LinkedIn-style posts for perceived trustworthiness and transparency, and separately judge whether each post was AI-altered. We find that AI-alteration itself has no detectable effect on either perceived trustworthiness or transparency (both estimates near zero, not significant). At the same time, readers did not reliably detect AI-alteration (49\% accuracy, near chance) and defaulted to assuming human authorship when unsure. However, our analysis shows significant differences in transparency and trustworthiness ratings across the specific post, the AI model, as well as the prompt used to alter it. For instance, more detailed prompts raise both perceived trustworthiness and transparency but also make the alteration more detectable. Surprisingly, the prompt that shifted ratings most also asked the model to add one new idea absent from the original post: readers nonetheless rated this AI-invented, unverifiable content as more trustworthy and transparent.
Source:https://arxiv.org/abs/2611.06660PreviousMeasuring the collaboration, not the agentNextYou Know What You Will Like: People Predict Their Own Ratings Better Than Recommender Systems
Related posts
Connectivity Preservation and Graph Stretching in Range-Only Swarm Dispersion
0arXiv cs.MA
Decision Models as Scalable Economic Surrogates that Capture Human Variation
0arXiv cs.MA
MA-SafeDiffuser: Safe Multi-Agent Planning with Diffusion Probabilistic Models
0arXiv cs.MA
Who May Overrule the Agent? Evidence-Gated Authority in LLM Review Institutions
0arXiv cs.MA
A Framework for Context Enrichment and Selective Robustness in LLM Social Agents
0arXiv cs.MA
Airlock: Bounding the Multi-Agent Blast Radius via Selective Online Containment
0arXiv cs.MA