90Data Multilayer Integration: Complementarity of Depth-Type × Switch-Type Foundational Data on the Conditions for Integration within Multilayer Structures

多層融合:深さ型×切替型の補完 (Multilayer Integration: Complementarity Between Depth-Oriented and Switching-Oriented Structures) 説明文(日本語) 本データおよび関連論文は、多層認知構造における「融合」を、 層を同一化せずに相互作用可能な状態として定義し、 その成立形式として「深さ型」と「切替型」の二構造を提示する。 深さ型は連続性・保持・安定性を担い、 切替型は識別性・可動性・安全性を担う。 本研究は、両者が排他的ではなく補完関係にあることを示し、 多層融合が固定的な完成形ではなく、再編成可能な過程であることを明らかにする。 本データは、後続の倫理・境界・時間処理・全体像に関する議論の 基盤構造として位置づけられる。 Title Multilayer Integration: Complementarity Between Depth-Oriented and Switching-Oriented Structures Description (English) This dataset and its associated paper define “integration” in multilayer cognitive structures as a state in which layers remain distinct while becoming mutually interactive, rather than being unified or collapsed. Two primary structural forms are presented: the depth-oriented type and the switching-oriented type. The depth-oriented type provides continuity, retention, and stability, while the switching-oriented type provides differentiation, mobility, and safety. This work demonstrates that multilayer integration is not completed by either structure alone, but emerges through their complementary relationship. Integration is described not as a fixed outcome, but as a continuously reconfigurable process. The dataset serves as a structural foundation for subsequent discussions on ethics, boundaries, temporal processing, and holistic cognition. #多層認知 #多層融合 #認知構造 #深さ型 #切替型 #内部秩序 #補完構造 #理論研究 #MultilayerCognition #MultilayerIntegration #CognitiveArchitecture #DepthOriented #SwitchingOriented #InternalOrder #ComplementaryStructures #TheoreticalResearch