Intent Signal Theory: A Computational Framework for Intent-State Control in Human-AI Interaction

• URL: http://arxiv.org/abs/2605.25058v1
• Date: Sun, 24 May 2026 13:10:33 GMT
• Title: Intent Signal Theory: A Computational Framework for Intent-State Control in Human-AI Interaction
• Abstract summary: Current AI interaction models treat the prompt as the primary object of exchange, omitting a critical layer: the user's latent source intent.<n>Here we introduce Intent Signal Theory (IST), a computational framework that formalises this missing intent layer.<n>IST distinguishes four objects routinely conflated: latent source intent (I*), observable intent proxy (I-hat), encoded carrier (P), and model output (O)
• Score: 0.585480332059272
• License: http://arxiv.org/licenses/nonexclusive-distrib/1.0/
• Abstract: Current AI interaction models treat the prompt as the primary object of exchange, omitting a critical layer: the user's latent source intent, the goal state preceding and motivating the prompt. Here we introduce Intent Signal Theory (IST), a computational framework that formalises this missing intent layer. IST distinguishes four objects routinely conflated: latent source intent (I*), observable intent proxy (I-hat), encoded carrier (P), and model output (O). It formalises dimensional weights, encoding masks, structural and fidelity recovery scores, and public-private intent decomposition. The Theorem of Irreversible Intent Loss establishes that private intent absent from the carrier cannot be recovered beyond generic substitution. Evidence from four companion studies spanning six LLMs, three languages and three task domains shows structural-fidelity splits, human-validated metric dissociation, and weight-tolerance plateaus consistent with IST's predictions. IST reframes prompt engineering as intent-protocol design and identifies a computational layer that current AI systems lack.

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