When is a belief over actual units calibrated strongly enough to support unseen unit-conditioned queries?
这篇论文独立可证伪的问题是什么;它与共享 ontology 中其他九篇不重叠的部分。
When is a belief over actual units calibrated strongly enough to support unseen unit-conditioned queries?
反对:This is ordinary posterior calibration, proper scoring or multicalibration.
Kill signal:merge into existing calibration theory if the unit semantics do not yield a distinct guarantee, counterexample or audit protocol.
论文如何回答这个问题:形式化对象、论证 spine 与所需证据。
The calibration object is the learner-specific $Q_\phi(du\mid\mathcal O)$ relative to the world conditional $P(U\in du\mid\mathcal O)$ under a declared repetition law. Predictive fit alone does not identify this selector belief. Downstream behavior is supplied separately by a stochastic query-response kernel $K_q(dy\mid u,\mathcal O)$ or a decision-relevant map $g_q(u,\mathcal O)$; these may omit $\mathcal O$ only under a declared response-sufficiency assumption. $Q_\phi$ must not silently become a response-property distribution. If realized $u$ is not revealed, the audit may only identify an equivalence class or a query-relevant pushforward. A held-out candidate query $q$ is not automatically part of $\mathcal O$; only prior factual observed query-answer history may be admissible evidence. Repeated observations and calibration episodes require an explicit sampling and dependence law rather than an IID default.
Predictive calibration on observed queries can coexist with incorrect beliefs over actual units. We define unit-belief calibration and connect it to decision quality uniformly across unseen unit-conditioned queries.
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AAAI-27 abstract registered; full paper drafting.
define the population/evidence repetition law, world conditional, learner $Q_\phi$, separately typed query-response/utility maps, any response-sufficiency assumption used to omit $\mathcal O$, query class, calibration functional, support restriction and decision-regret theorem target.
implement the equal-prediction/different-belief counterexample.
build two models with equal predictive calibration/accuracy on observed queries but different learner selector beliefs; test held-out-query regret only where declared $g_q$ maps distinguish the relevant individuals.
Bayesian posterior calibration; probabilistic/multicalibration; conformal and distribution-free uncertainty methods.
research-questions/USL07-calibrating-unit-beliefs/seed.mdpapers/USL07-calibrating-unit-beliefs/paper.md
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