R. Benjamin (1995) addressed the application of the “object 3D” X ray reconstruction technique for electronically “unpacking” suspect items, when screening aircraft luggage. However, there is no satisfactory solution to the mass screening of hold luggage. Computed Tomography, CT, entails excessive radiation dosages, and its rate of throughput is quite inadequate. A novel variant of “object 3D” is therefore put forward, adapting some of the technology of existing cabin luggage screening systems-but on a substantially larger scale-which does achieve the required throughput at an acceptable radiation dosage and cost
X-ray computed tomography (CT) offers a new inspection capability for aircraft hardware. With CT, a ...
In order to reduce the security risk of a commercial air-craft, passengers are not allowed to take c...
In this presentation, an efficient way to integrate Computed Tomography (CT) methods into the scanni...
In recent times, the security focus for civil aviation has shifted from hijacking in the 1980s, towa...
This study describes a cost-effective check-in baggage screening system, based on "on-belt tomosynth...
Abstract. The detection of threatening objects using x-ray luggage scan images has become an importa...
The current X-ray systems used by airport security personnel for the detection of contraband, and ob...
Baggage inspection is the principal safeguard against the transportation of prohibited and potential...
Current x-ray technologies provide security personnel with non-invasive sub-surface imaging and cont...
The X-ray screening of luggage by aviation security personnel may be badly hindered by the lack of v...
X-ray inspection of luggage and cargo containers is nowadays fundamental to guarantee the security i...
X-ray baggage scanners play a basic role in the protection of airports, customs, and other strategic...
In order to reduce the security risk of a commercial air-craft, passengers are not allowed to take c...
In order to reduce the security risk of a commercial aircraft, passengers are not allowed to take ce...
CT scanners are deployed world-wide to detect explosives in checked and carry-on baggage. Though ver...
X-ray computed tomography (CT) offers a new inspection capability for aircraft hardware. With CT, a ...
In order to reduce the security risk of a commercial air-craft, passengers are not allowed to take c...
In this presentation, an efficient way to integrate Computed Tomography (CT) methods into the scanni...
In recent times, the security focus for civil aviation has shifted from hijacking in the 1980s, towa...
This study describes a cost-effective check-in baggage screening system, based on "on-belt tomosynth...
Abstract. The detection of threatening objects using x-ray luggage scan images has become an importa...
The current X-ray systems used by airport security personnel for the detection of contraband, and ob...
Baggage inspection is the principal safeguard against the transportation of prohibited and potential...
Current x-ray technologies provide security personnel with non-invasive sub-surface imaging and cont...
The X-ray screening of luggage by aviation security personnel may be badly hindered by the lack of v...
X-ray inspection of luggage and cargo containers is nowadays fundamental to guarantee the security i...
X-ray baggage scanners play a basic role in the protection of airports, customs, and other strategic...
In order to reduce the security risk of a commercial air-craft, passengers are not allowed to take c...
In order to reduce the security risk of a commercial aircraft, passengers are not allowed to take ce...
CT scanners are deployed world-wide to detect explosives in checked and carry-on baggage. Though ver...
X-ray computed tomography (CT) offers a new inspection capability for aircraft hardware. With CT, a ...
In order to reduce the security risk of a commercial air-craft, passengers are not allowed to take c...
In this presentation, an efficient way to integrate Computed Tomography (CT) methods into the scanni...