A Framework for Detecting Hazardous Events Occurring in Transit with AutoID Technologies

摘要

The increased risk in cross-border trafficking of drugs and transportation of hazardous materials has motivated US Agencies such as the Department of Homeland Security to invest in scientific and engineering research that provides detection, tracking and monitoring of these dangerous materials. This research evaluates the impact of a novel multi-modal automatic identification (MMAID) technology which identifies, alerts, and monitors the movement of low dose radiation materials. The MMAID technology utilizes nano-composite scintillators, radio frequency identification transponders, and global positioning systems to effectively detect and communicate specific variables in order to prevent catastrophic events. This transcript details the MMAID framework that integrates the aforementioned technologies and the proposed testing scenarios in order to evaluate its impact on enhanced public safety and security through reduced radiation exposures. Also, the cost impacts and the viability of implementing such technologies that include automatic alerting capabilities will be described.