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Optimal Paths for Evading Directed-Energy Weapons

The Defense Systems Information Analysis Center (DSIAC) was asked if there are viable pathfinder tools that can compute optimized evasion paths for friendly mobile air, ground, and sea under threat by hostile laser or radio…

Swarm Drone Systems for Radiation Detection

  The Defense Systems Information Analysis Center (DSIAC) was asked to locate systems for swarm drone missions and pattern analysis for radiation detection. DSIAC searched open-source documents for relevant information and contacted subject matter experts…

Foreign Object Debris Monitoring & Cleaning Autonomous Systems

The Defense Systems Information Analysis Center (DSIAC) was asked to identify technologies to identify technologies that can detect foreign object debris (FOD) entering jet engine inlets or impacting jet engine turbine blades, as well as…

Articles

Neuro-Symbolic A.I. Is the Future of Artificial Intelligence

Picture a tray. On the tray is an assortment of shapes: Some cubes, others spheres. The shapes are made from a variety of different materials and represent an assortment of sizes. In total, there are,…

Neuro-Symbolic A.I. Is the Future of Artificial Intelligence

Picture a tray. On the tray is an assortment of shapes: Some cubes, others spheres. The shapes are made from a variety of different materials and represent an assortment of sizes. In total, there are, perhaps, eight objects. My question: “Looking at the objects, are there an equal number of large things and metal spheres?”

Army Introduces Weld Automation for Next Generation Combat Vehicles

ABERDEEN PROVING GROUND, MD — To prepare for the future battlefield, the Army has defined a concept for its next generation of combat vehicles. These vehicles, encompassing a family of new platforms, will have advanced capabilities to ensure continued overmatch against adversaries for decades and beyond. Enhanced survivability is critical for these vehicles and will