Answer:
The system runs on an ARM CPU with an embedded Linux operating system and digital signal processing designed for 10,000 hours of continuous operation. The imaging software provides 1x to 64x continuous zoom, organic/inorganic material stripping, pseudo-color, automated storage for up to 1,000 images, and Threat Image Projection (TIP) management.
The TSS-5030 utilizes an industrial computing core powered by an ARM CPU running an optimized, virus-resilient Linux operating system. Dedicated digital signal processing handles real-time sensor array acquisition to ensure continuous high-reliability operation rated for up to 10,000 operational hours.
Comprehensive software screening and operational toolsets include:
- Image Processing Algorithms: Continuous 1x to 64x image enlargement, Color/B&W switching, negative view, high/low penetration filtering, general edge enhancement, pseudo-color enhancement, and dual-energy organic/inorganic material stripping.
- Buffer and Recall: Instant recall of the 30 preceding scanned images, with automatic internal archival storage capacity of up to 1,000 scan images.
- Threat Image Projection (TIP): Built-in TIP library allows supervisors to inject virtual contraband files into live luggage streams at user-defined intervals and track operator identification speed, detection rates, and false-alarm statistics.
- Self-Diagnostics: Automated power-on self-test (fault self-check) that flags component codes, active real-time performance curves, entrance/exit optical barrier voltage tracking, emergency stop circuit monitoring, and probe dead-pixel deletion calibration.
- Access and Auditing: Physical secure access key combined with multi-tier role-based password logins, full user operation audit logs, and runtime counters for ray source emission hours and package counts.
