Protect rights at automated borders

Abstract

Body scanners are used at airport border crossings as an extra security-screening process. Protect rights at automated borders Gemma Galdon Clavell calls for checks and balances to avoid the indiscriminate sharing of personal data.

Cognitive Identity Management: Synthetic Data, Risk and Trust

“…Trust contributes to synthetic data acceptance, while risk contributes to its rejection. For example, to operate effectively on the human's behalf, embodied intelligent assistants might need confidential or sensitive information of the users such as financial details and personal contact information [9]. Acceptance of synthetic data in modeling is determined by the combination of both R&T factors [14], [47], [56].…”

“…These cognitive elements are distributed in the form of a multi-state perception-action cycle semi-automated model [52]. In addition, a cognitive checkpoint is a privacy-sensitive model [9]. Note that a cognitive checkpoint is the most advanced form of the biometric-enable systems.…”

Cognitive Identity Management: Risks, Trust and Decisions using Heterogeneous Sources

“…These cognitive elements are distributed in the form of a multi-state multi-perception-cycle semi-automated model [62]. In addition, a cognitive checkpoint is a privacy-sensitive model [11], [14].…”

“…Such AI tools performing actions on behalf of an operator could make errors that are difficult to "undo", for example, mis-identification of a person-of-interest. Moreover, for AI to operate effectively on the human's behalf, they might need confidential or sensitive information of the users such as financial details and personal contact information [11]. Trust becomes very important if an AI actions can cause their user physical, financial, or psychological harm.…”

Cognitive checkpoint: Emerging technologies for biometric-enabled watchlist screening

“…Misidentification remains a common occurrence due to shortcomings in current watchlist technologies and provides the principal motivation for this paper. Contemporary checkpoint is a cyber-physical computational platform that includes traveler authentication [23], [29], [48] using e-passport/ID [5], watchlist screening [9], [51], [86], concealed object detection [32], [60], interviewing [1], [4], [61], and risk assessment [49], [74], [76], [78], [91] under umbrella of justice and privacy issues [10], [15], [19]. In the International Air Transport Association (IATA) roadmap [36], four pillars of the checkpoint of the future are identified: computation intelligence, operations, infrastructure, and economic measures.…”