Unmanned Systems
Welcome to the Unmanned Systems TechChannel, where you will receive breaking news and industry want-to-knows, relative to cutting-edge unmanned technologies used by the military embedded defense technology realm. Key topics include unmanned vehicles such as Unmanned Aerial Vehicles (UAVs),... More Unmanned Aerial Systems (UASs), Unmanned Ground Vehicles (UGVs), and autonomous vehicles, among others. We also bring you the latest on other unmanned technologies like UAV ground control stations, robotics, drones, and much more. We'll relay the latest from AUVSI and other pertinent industry consortia, individuals, and companies.
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Unmanned Systems News
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United Electronic Industries Announces Two Rugged, Mil-Grade Data Acquisition and I/O Control Platforms
3 weeks ago -
Mercury Systems Receives $3.1 Million in Orders for High Performance Digital Signal Processing Modules
3 weeks ago -
Aviation Command & Control System (AC2S) developed by General Dynamics passes critical design review
4 weeks ago
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Safety certification concerns for UAVs in national airspace
Today — Amanda Harvey, Assistant EditorThe transition to DO-178C continues to improve guidelines for avionics certification – however, big questions still surround the regulation of Unmanned Aerial Vehicles (UAVs) in national airspace and how industry and government will go about ensuring that these drones are safe to fly daily in the same skies as passenger aircraft.
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2014 Influential Women in Defense Electronics: Nan Mattai, Senior VP, Engineering & Technology for Rockwell Collins
Yesterday — adminNan Mattai is Senior VP, Engineering & Technology for Rockwell Collins where she’s responsible for the Engineering & Technology organization, including the Advanced Technology Center. Mattai holds a M.S. degree in Nuclear Physics from the University of Windsor, Canada and has completed all graduate courses for a Doctorate in Physics.
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New capabilities on the way for airborne maritime surveillance radars
5 weeks ago — Sally Cole, Senior EditorAirborne maritime surveillance radars play a central role in the global homeland defense of more than 315,000 miles of worldwide coastline. While considered state-of-the-art, these radars continue to evolve to meet military customers’ needs for persistent surveillance, automation, and continued tracking of targets as they move from sea to land.
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http://mil-embedded.com/news/u-s-navy-mq-4c-triton-uas-completes-maiden-flight/
Posted 9 months ago — By Unmanned Systems TechChannel -
http://mil-embedded.com/news/extension-of-nasa-northrop-grumman-space-act-agreem…
Posted 9 months ago — By Unmanned Systems TechChannel - Newer Blog Posts Older Blog Posts
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Capturing, processing, and transmitting video: Opportunities and challenges
Video — Chris Jobling, GE Intelligent Platforms -
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Video: Annapolis Micro Systems product review
Video — Patrick Stover, Annapolis Micro Systems, Inc. -
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Video: Annapolis Micro Systems Video Product Demonstration
Video — Patrick Stover, Annapolis Micro Systems, Inc. -
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Video: Reducing Manual Effort for Risk Management Compliance
Video — Staff at MKS, a PTC Company, MKS (ALM) - Newer Videos Older Videos
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http://mil-embedded.com/news/northrop-grumman-to-provide-additional-bacn-support…
Posted 9 months ago — By Unmanned Systems TechChannel -
The video called "LS3 follow tight" on this page shows a DARPA pack robot test -…
Posted 10 months ago — By Unmanned Systems TechChannel -
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Latest 40 Gbps SBCs drive new class of HPEC-Lite systems for ISR applications
5 weeks ago — Alan Baldus, Curtiss-Wright Controls Defense SolutionsThe embedded defense and aerospace industry has recently seen the emergence of new embedded system elements that support 40 Gbps fabrics. These higher bandwidth hardware solutions include Single Board Computers (SBCs), DSP engines, GPGPUs, FPGA engines, network switches, and Gen3 OpenVPX backplanes.
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Microprocessor-based VPX platforms enable advanced signal processing
Last month — RJ McLaren, Kontron AmericaImproved power-to-performance ratios with multicore processors in VPX systems are boosting viability and reducing reliance on the high costs of FPGA development. Since they fundamentally change the way signal processing is implemented, parallel-rate microprocessors do away with hand-coding threads and math algorithms and more efficiently bring together powerful computing platforms that can take full advantage of state-of-the-art processor features. (Lead image: U.S. Army Spc. Nathan Williams from the 263rd Army Air Missile Defense Command deploys a Sentinel radar system. Radar systems like Sentinel depend on high-performance signal processing systems. DoD photo by Staff Sgt. Jacob N. Bailey, U.S. Air Force.)
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Unmanned Systems News
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U.S. Army, Lockheed Martin demonstrate autonomous convoy vehicles
5 weeks ago -
Lockheed Martin successfully powers on SV-02 GPS III satellite; four more to follow
5 weeks ago -
Ultra-compact smart stage has 0.5 µm resolution and 6 mm stroke; operates directly from USB, SPI or I2C
5 weeks ago -
Boeing TDRS-L joins NASA network, sends first signals from space
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Pleora Technologies and Moog Protokraft Provide Ethernet Video Transport in Harsh Environments
Last month -
Everything a DC Motor Developer Needs To Know About Hall-Effect Sensors
Last month -
Curtiss-Wright Controls Debuts Low-Cost Rugged, Removable Solid State Memory Module Carrier
2 months ago
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