Human-Law-Robot: Toward a Governance System, that Co-Evolves with Science and Technology
Assessment outcome
total 3/6 (actionability 0 + authority 1 + currency 2)
Authorship & scope
The article is authored by Tatsuhiko Inatani from Kyoto University.
Level 1 (capped): the quote establishes a journal venue but does not establish the peer-review status required for Level 2. [quote matched fuzzy, not verbatim]
Issuers, who it governs, legal force and content are on the full record.
Eligibility gates
HTTP 200, 876 words of full text extracted
The paper focuses extensively on autonomous robots, AI, and cyber-physical systems co-evolving with law and governance.
It specifically discusses governance systems, rules, oversight, and regulatory frameworks for robotics and AI.
The article is authored by Tatsuhiko Inatani from Kyoto University.
There is no text on the page indicating that this 2023 published article has been superseded or retracted.
Scored criteria
Actionability
0/2Anchor 0: Description and analysis only, with no specific obligations or actionable implementation steps provided.
Authority
1/2Level 1 (capped): the quote establishes a journal venue but does not establish the peer-review status required for Level 2. [quote matched fuzzy, not verbatim]
Vol. 41 No. 5, pp.432 ʙ436, 2023 ղ Ӕ ਓɾ๏ɾϩϘοτ —Պֶٕज़ͱڞਐԽ͢Δ౷࣏γεςϜͷ͋ ΓΛٻΊͯ Human-Law-Robot: Toward a Governance System, that Co-Evolves with Science and Technology Ҵ ୩ ཾ ∗ ∗ژେֶ Tatsuhiko Inatani∗ ∗Kyoto University
Currency
2/2computed: newest date 2026-10-05 (via http-header), ~0.1y old; within the 60-month academic_research window for perspective 'Academic' → 2