APL / Naval Research Laboratory / Unmanned Systems / Guidance System Evaluation Laboratory / Image Simulation Laboratory / Evaluation Laboratory / AMD / Large Space Systems / /
Country
United States / /
Currency
USD / /
Event
Funding / M&A / Business Partnership / /
Facility
Image Simulation Laboratory / APL’s Navigation Systems Integration Laboratory / The Laboratory / Actuator Test Facility / Naval Research Laboratory / /
IndustryTerm
flight software payoff / spacecraft technology advancements / anti-jam systems / information processing / missile technologies / volume-limited space applications / space-qualified softwareprogrammable technology / technology advancement investments / technology advances / communications functions / real time / technology development / cold gas / underwater glider technology / flight software errors / technology importance / communications antenna concept / imaging / software development / technological solutions / communications infrastructures / distributed systems / actuation systems / real-time flight software / energy / missile systems / All-digital fin actuator systems / ocean engineering systems / weapon systems / seeker hardware / data processing / rapid prototype / space system applications / simulation and test / flight hardware/software development / technology advancements / autonomous processing / important technology area / real-time missile-borne processors / aerospace community / autonomous ground systems / technology developments / technology efforts / event dynamic systems / missile-borne computer processing power / real-time software performance / missile-borne real-time processor / multi-year technology roadmap / navigation systems / flow involving chemical reaction / crosslink communications / large-aperture high-bandwidth communications / seeker technology advancement / attitude control systems / pursued technology development / propulsion systems / interferometric systems / sensor technology / technology taxonomy / technology development challenge / manufacturing tolerances / vehicle systems / vehicle technology / submarine communications / real-time simulation / high bandwidth communications antennas / flight hardware / metal core / space systems / simulation tool / fabrication technology / simulation and test / 2 / communications systems / Information processing/sensor fusion / large bandwidth communications / signal processing algorithms / seeker technology / real-time missile-borne processor advancements / real-time processor / moderate-bandwidth communications / software tasks / graphical design tools / Software-embedded control / testing using cold gas / /
MusicGroup
Iridium / /
OperatingSystem
LINUX / /
Organization
Defense Advanced Research Projects Agency / SM mission / Auroral Multiscale mission / office of Naval Research / office of Force Transformation / KUJAWA government / Navigation Systems Integration Laboratory / Navy / Air Force / United States Navy / Missile Defense Agency / National Aeronautics and Space Administration / Department of Defense / office of the Secretary / NASA Leonardo mission / /
Person
Van Wie / Patrick A. Stadter / John J. Wozniak / William F. Kujawa / /
Product
Johns Hopkins APL Technical Digest / unmanned combat air vehicle / Crosslink Transceiver / Standard Missile / /
VEHICLE DEVELOPMENT AT APL Science and Technology Supporting Vehicle Development at APL John J. Wozniak, Patrick A. Stadter, and William F. Kujawa