12 research outputs found
Effect of high-flow high-volume-intermittent hemodiafiltration on metformin-associated lactic acidosis with circulatory failure: a case report
Safety and Otoprotection of Metformin in Radiation-Induced Sensorineural Hearing Loss in the Guinea Pig
From Sniffer Dogs to Emerging Sniffer Devices for Airport Security: An Opportunity to Rethink Privacy Implications?
Dogs are known for their incredible ability to detect odours, extracting
them from a ‘‘complex’’ environment and recognising them. This makes sniffer
dogs precious assets in a broad variety of security applications. However, their use
is subject to some intrinsic restrictions. Dogs can only be trained to a limited set of
applications, get tired after a relatively short period, and thus require a high turnover.
This has sparked a drive over the past decade to develop artificial sniffer
devices—generally known as ‘‘chemical sniffers’’ or ‘‘electronic noses’’—able to
complement and possibly replace dogs for some security applications. Such devices
have been already deployed, or are intended to be deployed, at borders, airports and
other critical installation security checkpoints. Similarly to dogs, they are adopted
for detecting residual traces that indicate either the presence of, or recent contact
with, substances like drugs and explosives. It goes without saying that, as with
sniffer dogs, the use of artificial sniffer devices raises many sensitive issues.
Adopting an ethical and legal perspective, the present paper discusses the privacy
and data protection implications of the possible deployment of a hand-held body
scanning sniffer for screening passengers at EU airport security checkpoints
