TAPO-Structured Description Logic for Information Behavior: Procedural and Oracle-Based Extensions
Takao Inou\'e

TL;DR
TAPO-Structured Description Logic (TAPO-DL) is a formal framework that models information behavior as a dynamic, interactive process using layered extensions to classical description logic, incorporating procedural actions and external information sources.
Contribution
The paper introduces TAPO-DL, extending description logic with procedural and oracle-based components, and provides a sheaf-theoretic semantic framework for modeling information behavior.
Findings
Unified semantic framework based on sheaf theory.
Formalization of information-generating actions and external validation.
Modeling informational stability as coherence under interaction.
Abstract
We introduce \emph{TAPO-Structured Description Logic} (TAPO--DL), a formal extension of classical description logic designed to model \emph{information behavior} as a structured, dynamic process. TAPO--DL extends the standard T--Box/A--Box architecture with two additional layers: a \emph{Procedural Box} (P--Box), which supports concept-driven, imperative-style programs such as conditional and iterative actions, and an \emph{Oracle Box} (O--Box), which formalizes controlled interaction with external information sources. While the terminological and assertional components capture static conceptual and factual knowledge, the procedural and oracle-based components enable the explicit representation of information-generating actions and external validation. We provide a unified semantic framework for TAPO--DL based on a co-generative, sheaf-theoretic interpretation, in which local…
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Taxonomy
TopicsLogic, Reasoning, and Knowledge · Semantic Web and Ontologies · Logic, programming, and type systems
