Collins Gets $700M to Upgrade F-15 Ejection Seats

On the same subject

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  August 14, 2020 | International, C4ISR

  Cubic Wins Contract from US Special Operations Command to Deliver Satellite and Baseband Communications

  August 12, 2020 - Cubic Corporation (NYSE:CUB) today announced its Cubic Mission Solutions (CMS) business division was awarded a follow-on, single-award, indefinite-delivery/indefinite-quantity (ID/IQ) contract with a ceiling of $172 million from United States Special Operations Command (USSOCOM) to deliver GATR inflatable satellite communications (SATCOM) terminals and baseband communications equipment in support of special operations forces (SOF) communications requirements. This press release features multimedia. View the full release here: https://www.businesswire.com/news/home/20200812005229/en/ “Cubic is an established and trusted partner for USSOCOM, providing special operations forces with leading-edge capabilities that support our customer's expeditionary and tactical needs,” said Mike Twyman, president of Cubic Missions Solutions. “We are proud to continue our partnership with USSOCOM; this strategic opportunity allows us to continue providing reliable solutions for SOF missions in remote and forward deployed situations.” The contract consists of five one-year ordering periods for the procurement of Cubic's 1.2-meter and 2.4-meter GATR inflatable satellite communications terminals. Cubic's technology not only enables the movement of data, but it also allows for pre-processing of data and rapid sharing of processed information, which is essential to the Hyper Enabled Operator and allows for more informed and timely decision making. About Cubic Corporation Cubic is a technology-driven, market-leading provider of integrated solutions that increase situational understanding for transportation, defense C4ISR and training customers worldwide to decrease urban congestion and improve the militaries' effectiveness and operational readiness. Our teams innovate to make a positive difference in people's lives. We simplify their daily journeys. We promote mission success and safety for those who serve their nation. For more information about Cubic, please visit www.cubic.com or on Twitter @CubicCorp. View source version on businesswire.com: https://www.businesswire.com/news/home/20200812005229/en/ (Photo: Business Wire)

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  August 6, 2019 | International, C4ISR

  Can a dragonfly teach a missile how to hunt?

  By: Jen Judson WASHINGTON — A computational neuroscientist is studying whether a dragonfly's excellent hunting skills can be replicated in a missile's ability to maneuver and destroy targets midair with better precision. Dragonflies are vicious little creatures with a hit-to-kill track record of 95 percent, meaning only 5 percent of its prey escapes. Sandia National Laboratories' Frances Chance is building algorithms that simulate how a dragonfly processes information when intercepting prey, and she's testing them in a virtual environment. So far, the results are promising. The laboratories are federally funded and focus on national security missions through scientific and engineering research. The project is a yearlong, high-risk, high-gain effort that will wrap up in September, and it is funded by Sandia's Autonomy for Hypersonics Mission Campaign, Chance said. “I think what is really interesting about insects, in general, is they do something really fast and really well, but they are not particularly smart in the way you or I would think of ourselves as being smart,” Chance told Defense News in a recent interview. While insects may not be the right fit for studying cognitive capabilities to develop complex artificial intelligence, they are ideal for developing efficient computations for intercept capability. A dragonfly can react to a particular prey's maneuvers in 50 milliseconds, Chance explained. That amount of time accounts for information to cross three neurons in a dragonfly's brain. This indicates the dragonfly doesn't learn how to hunt, but rather the skill is inherent and part of its brain's hard-wiring. “The challenge then is: Is there anything that we can learn from how dragonflies do this that we can then bring to the next generation of missiles, or maybe even the next-next generation of missiles?” Chance said. By developing an artificial neural network that mimics a dragonfly's ability to hunt and then applying it to missile capabilities that rely on computation-heavy systems, one could reduce the size, weight and power needed for a missile's onboard computers; improve intercept techniques for targets such as hypersonic weapons; and home in on targets using simpler sensors. If the model of a dragonfly's neural circuit developed through Chance's research shows enough promise, she would then pass the information to scientists, who would try to directly apply it to weapons systems. One of the greatest leaps involves adapting an algorithm to handle the speed at which a missile flies. While a dragonfly is fast, it's not nearly as fast as a missile. Animal brains process information significantly slower than a computer, so it's possible computations can be sped up to better align with the speed at which a missile approaches targets. “The hope is that even if the algorithm isn't wildly successful, you might be able to say something about what you can get away with in terms of what types of capabilities you give the next generation of weapons,” Chance said. The model she's building is several steps removed from implementation onto a weapon. “I would consider the project complete when we have a viable model — ‘viable' meaning it does interception — and a bonus if it's neurobiologically plausible. There is no reason to force that for this type of research, but only because it doesn't necessarily matter; so something biologically inspired that works I would consider a success.” https://www.c4isrnet.com/land/2019/08/05/can-a-dragonfly-teach-a-missile-how-to-hunt/

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  October 17, 2023 | International,

  Defense Innovation Board to study innovation barriers, data economy

  The deputy undersecretary of defense for research and engineering commissioned the Defense Innovation Board to complete the studies by February.