CCICADA Spring Retreat – April 16, 2025
CCICADA Spring “Retreat” – April 16, 2025 Date/Time Wednesday, April 16, 2025 12:00 – 1:30 pm Where: Lounge (Room 401), Computing Research & Education [Read more...]
Research
Estimating Violation Risk for Fisheries Regulations
Estimating Violation Risk for Fisheries Regulations – Download Complete [Read more...]
Detecting Criminal Disruption of Supply Chains Study: Report: General Methodology and Tool
Detecting Criminal Disruption of Supply Chains Study: Report: General Methodology and Tool – Download Complete [Read more...]
Detecting Criminal Disruption of Supply Chains Study: Phase III: Technology Supply Chains
Detecting Criminal Disruption of Supply Chains Study: Phase III: Technology Supply Chains – Download Complete [Read more...]
Detecting Criminal Disruption of Supply Chains Study: Phase II: Medical Devices and Critical-Care Supply Chains
Detecting Criminal Disruption of Supply Chains Study: Phase II: Medical Devices and Critical-Care Supply Chains – Download Complete [Read more...]
Detecting Criminal Disruption of Supply Chains Study: Phase I: Pharmaceutical Supply Chains
Detecting Criminal Disruption of Supply Chains Study: Phase I: Pharmaceutical Supply Chains – Download Complete [Read more...]
CCICADA Fall Retreat – November 1, 2024
CCICADA Fall “Retreat” – November 1, 2024 Date/Time Friday, November 1, 2024 12:00 – 1:30 pm Where: Lounge (Room 401), Computing Research & [Read more...]
CCICADA Co-Sponsors Workshop on Supply Chain Resilience
In cooperation with the Department of Homeland Security Supply Chain Resilience Center, CCICADA and two partner DHS Centers of Excellence, the Center for Accelerating [Read more...]
CCICADA Report on Simulation Tools for Getting Early Warning of Disruptions to Critical Supply Chains
CCICADA Report on Simulation Tools for Getting Early Warning of Disruptions to Critical Supply Chains – Download Complete [Read more...]
Drought on the Mississippi: Climate Change Hits the Marine Transportation System
During late Summer and early Fall of 2022, intense heat and drought significantly decreased the water level in the Mississippi River, reaching an unprecedented low point in [Read more...]
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