Sep 2026· AI and Data Science Journal· Vol 3, pp. 29-36· 0 citations· 12 references
TL;DR
A rigorous data curation and supervised fine-tuning framework designed to produce an AI streamer that is both entertaining and agentic—capable of sustained initiative, contextual adaptability, and expressive consistency across live interactions.
Abstract
This paper advances a paradigm shift in AI alignment by treating personality not as an emergent side effect but as a primary, explicit training target. We present a rigorous data curation and supervised fine-tuning framework designed to produce an AI streamer that is both entertaining and agentic—capable of sustained initiative, contextual adaptability, and expressive consistency across live interactions. Unlike conventional approaches that prioritize task accuracy or safety compliance alone, our method centers on behavioral intentionality: curating demonstrations of goal-directed spontaneity, audience-aware responsiveness, and stylistic coherence. Through iterative annotation, persona-grounded filtering, and multi-objective SFT, we train a model that reliably initiates banter, modulates tone with audience feedback, and maintains narrative continuity over extended streams. Human evaluations confirm significant gains in perceived agency and entertainment value without compromising coherence or safety boundaries. The work establishes personality as a tractable, measurable, and trainable dimension of AI behavior—opening pathways for more vivid, trustworthy, and human-resonant interactive agents.
This work proposes PRISM (Persona Reasoning with Inverse SFL-based Modeling), a psycholinguistically grounded framework that reformulates persona fidelity evaluation as a structured inverse inference task, providing a more reliable framework for persona fidelity evaluation.
Meng-Fan Li, Ze-Sheng Wei, Xuan-Hua Shi et al.· 1 citation
It is argued that current alignment approaches, including reinforcement learning from human feedback, tend to prioritize user approval and conversational fluency over behaviorally informative feedback, leading to sycophantic patterns of noncontingent affirmation.
LLM-based conversational agents generate fluent responses but remain limited in adapting their supportive style to individual personality and emotional needs. We present a Detect–Regulate–Evaluate (D–R–E) architecture that performs turn-by-turn Big Five detection and applies Zurich Model-inspired behavioural regulation...
Duojie Jiahua, Samuel Devdas, Mirjam Stieger et al.· Electronics· 0 citations
This work presents the first high-fidelity computational implementation of the Goal-Directed Theory of affect, and establishes a transparent, testable framework that enables a continuous"simulation-empiry"research loop.
B. Hilpert, Tamás Szűcs, J. Broekens et al.· 0 citations
This work proposes A-B-D to infer traits bottom-up from behavioral data (B-data), namely how agents act on their environment and communicate with users, as recorded in existing trajectories, and offers a new lens for understanding AI personality.
Hao-Kai Zhao, Jie Gao, Yunze Xiao et al.· 0 citations
This Work-in-Progress examines whether personality-informed prompting changes perceived LLM emotional support in driving scenarios designed to elicit stress. A condition-order-balanced, within-subject CARLA simulator study (n = 14) compared a baseline with a Driver Personality Profile (DPP) condition; a supplementary o...
Max Mittelstädt, Ece Sutanrikulu, Lumbardh Ljatifi et al.· Adjunct Proceedings of the 1...· 0 citations
We use cookies to run the site and, with your consent, for analytics and to show ads.
See our Cookie Policy.