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A Vulnerability-oriented Impact Assessment for the Development of Human-Centred and Fundamental Rights-Empowering Social Robots.

vulnerability impact assessment for social robotsAcademicdocument

Assessment outcome

total 2/4 (actionability 1 + authority 1); currency unscored, so pro-rated to 3.0/6

Total2/6
Actionability1/2
Authority1/2
Currency—

Authorship & scope

Attribution (G4 evidence)

Authored by Rachele Carli and Amro Najjar.

Issuer authority (evidence)

Anchor 1: Published as an academic conference paper by reputable authors, but lacks explicit proof of journal peer-review within the text.

Issuers, who it governs, legal force and content are on the full record.

Eligibility gates

G1 · Retrievablepass

HTTP 200, 2335 words of full text extracted

G2 · AI nexuspass

The paper focuses specifically on the design, behavior, and impact assessment of social robots.

G3 · Governance nexuspass

It proposes a specific impact assessment framework to address risks, rights, and ethical concerns in human-robot interaction.

G4 · Attributablepass

Authored by Rachele Carli and Amro Najjar.

G5 · In forcepass

There is no retraction or supersession notice present in the fetched content.

Scored criteria

Actionability

1/2

Anchor 1: Provides directional principles and concepts for assessment rather than binding steps or specific rules. [quote matched canonical, not verbatim]

To operationalise such a complex evaluation, a vulnerability-oriented impact assessment (VIA) could be developed to monitor several aspects of human-robots coexistence.

Authority

1/2

Anchor 1: Published as an academic conference paper by reputable authors, but lacks explicit proof of journal peer-review within the text.

In International Conference on Human-Agent Interaction (HAI ’23), December 04–07, 2023, Gothenburg, Sweden. ACM, New York, NY, USA, 3 pages.

Currency

—

computed: no publish/modified date found on the page (never guessed)

Classification

Coverage topicvulnerability impact assessment for social robots
PerspectiveAcademic
Lifecycle stage1 Plan & design
Layermodel
Granularitydocument