Military Embedded Systems
Op-Eds
Unmanned
Airborne and satellite sensor systems - Blog
October 22, 2015
EVOLUTION OF WARFARE Blog: Those nations that are best prepared often succeed the most at winning conflicts or avoiding them in the first place. This thought is expressed even better in Latin: "Si vis pacem, para bellum." Translated as "you want peace, prepare for war," and originally stated by Publius Flavius Vegetius Renatus in De Re Militari around the 4th or 5th century BC.
From The Editor
Veteran sailor/journalist meets Army tech at AUSA - Blog
October 22, 2015
My editor assigned me to an Army trade show this month – my first military trade show as a journalist. Walking the aisles of the Association of the United States Army (AUSA) show in Washington last week touched me with a bit of nostalgia, it was the first time in three years I’ve been in a room full of uniformed military personnel. Last time it was with more sailors than soldiers as it followed my time in the U.S. Navy. Still, it was fun seeing what new toys the Army folks might get to play with in the field – an experience I never had those years at sea.
Comms
Fighting stray frequencies in PCBs - Blog
October 07, 2015
To meet the constant consumer demand for higher bandwidth in their wireless devices, companies have developed ultra-wideband communications equipment and advanced wireless techniques, such as frequency-hopping spread spectrum transmission, in which radio signals are rapidly switched between frequencies. The same technique can also guard against eavesdropping. With those advances, however, comes a growing challenge for manufacturers of the high-performance printed circuit boards aimed at the wireless communications market. That challenge lies in controlling a phenomenon known as Passive Intermodulation.
From The Editor
DSEI London highlights - Blog
September 29, 2015
Anyone thinking the global defense market is slowing down would’ve been surprised if they attended the Defense and Security International (DSEI) show this month in London. Thousands of attendees saw everything from uniforms to tanks to radar signal processing board displayed at the stands. Highlights for me were an anti-drone system from three British companies, a cyber defense solution for submarine control systems (yes you can hack a submarine), a synthetic vision type of system for ground vehicles, and of course a plethora of commercial-off-the-shelf (COTS) devices for electronic warfare, radar, and unmanned systems applications.
Radar/EW
DSEI, VPX, COTS boards, and a bit of DSP history - Blog
September 28, 2015
Nearly two decades after I last manned a stand at the Defence and Security Equipment International (DSEI) show in London, I strolled the halls again this month. There I found floating point digital signal processing (DSP) has overtaken fixed point as the preferred method for military signal processing applications and that VPX is remarkably popular despite its expensive price tag. I also re-established that DSEI is still a one-stop show of military suppliers selling everything from radar processing boards to electric socks for frigid deployments.
Radar/EW
Sensor networks and warfare - Blog
September 25, 2015
EVOLUTION OF WARFARE BLOG. In this segment, we will take a look at the sensor networks used by our intelligence community and military and their importance to maintaining secrecy in warfare. As Sun Tzu stated in "The Art of War," "secret operations are essential in war; upon them the army relies to make its every move."
Radar/EW
GE embedded computing business bought by Veritas Capital - Blog
September 23, 2015
Rumors were flying last week, but the official announcement that GE was selling its embedded computing business – which falls under GE Energy Management’s Intelligent Platforms subdivision – to venture capital firm Veritas Capital in New York City didn't hit the wires till yesterday.
Radar/EW
Standards -- VPX, CompactPCI, etc. -- are a thing of the past - Blog
September 08, 2015
There are lots of standards out there, such as VPX. But what actually makes a standard standard? I'll use VPX as my example. According to my definition of a standard, I should be able to remove a CPU board from the box and replace it with another CPU board, regardless of the manufacturer, and have it come up and running with fairly minimal effort.
From The Editor
Radar/EW
Next generation warfare: unexpected happenings - Blog
August 20, 2015
EVOLUTION OF WARFARE BLOG: Now that we have looked at the evolution of warfare through the ages in the previous seven articles, and speculated on what the future may hold, there are several significant incidents that beg examination and explanation. While the U.S. unquestionably has the most sophisticated weapons and intelligence systems on the planet, are our enemies catching up or even getting ahead of us? And do we already have next-generation intelligence systems operating secretly?
Cyber
Embedded systems, meet the Internet of Things - Blog
August 20, 2015
OPEN SOURCE WAY BLOG: In many ways, embedded systems are the progenitor of the Internet of Things (IoT) – and now IoT is changing key aspects of how we design and build military embedded systems. In fact, the new model for embedded systems within IoT might best be described as design, build, maintain, update, extend, and evolve.
Comms
Ensure authenticity by eliminating counterfeit parts - Blog
August 12, 2015
Counterfeit electronics are becoming increasingly common in the marketplace. These counterfeits can lead to problems with product safety and reliability, a risk for end users of the products that incorporate them. It’s possible, however, to minimize the problem by being aware of it and taking proper steps to identify parts and mitigate the issue.
From The Editor
Unmanned
Looking toward 7th and 8th generation warfare - Blog
July 07, 2015
WARFARE EVOLUTION BLOG: “The supreme art of war is to subdue the enemy without fighting,” wrote Sun Tzu in his book "The Art of War."If you can convince your enemy that his military efforts will all be in vain, then you can win without fighting, which is where 7th and 8th generation warfare (7GW and 8GW) will lead us.
Avionics
Going modular? Meet data and control coupling - Blog
June 10, 2015
CODE QUALITY BLOG: Since the dawn of the discipline of software engineering, one of the persistent mantras has been modularization. This structured design and functional decomposition approach breaks software down into clearly defined functional units, or modules, with unambiguous interfaces. The proven value of this approach is high quality software. When you go modular, however, software testing must examine the way that the modules come together and interact. This kind of testing is dubbed “data and control coupling.”
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Assured PNT portfolio from Safran Federal Systems to be shown at AUSA 2026
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IFF system receives AIMS certification for F-16 aircraft
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Army lab to test commercial MOSA components, official says
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Smaller spacecraft, harder physics: The electronics tradeoffs shaping military space systems
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Air-surveillance radars ordered for ground-based UAS sense-and-avoid system
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GUEST BLOG: The integration iceberg: What MOSA reveals beneath the surface
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AI-enabled lidar and imaging demos in NASA satellite mission announced by Momentus
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Shield AI, Kraken demonstrate AI mission autonomy software on uncrewed surface vessels
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GUEST BLOG: Future-proofing technology in a rapidly evolving environment
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GUEST BLOG: Applying AI to build resilience in mission-critical defense systems
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Tracked armored vehicles ordered by Finland and Sweden for field testing
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Military Vetronics e-Book: In-depth coverage of technology trends and MOSA use in military vetronics
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PRODUCT OF THE WEEK: LCR Embedded Systems’ Liquid-cooled VE03 SAVE compliant chassis
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SOSA aligned 3U VPX carrier is industry's first dedicated for VITA 93 QMC modules
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