IEEE Communications Society’s Post

An interesting short read with oversimplifications and jumps between private and military sectors but, if taken lightheartedly, has some thoughts worth considering:

📚🔬 READ NOW! Quantum Technologies in National Defense: A Landscape Analysis Research Paper 🔍 A Great Research Paper on War and National Defense for any Country when using Quantum Technology. RPQ003 🌐 Read here: Link 🚀🔒 https://lnkd.in/eu_p_fib

Learn how OptTek can help you build reliable machine learning models! OptTek researchers, in conjunction with the University of Alabama Huntsville and the US Army Combat Capabilities Development Command Armaments Center (DEVCOM AC) have a new publication in the 2024 Annual Reliability and Maintainability Symposium (RAMS) proceedings. Read "Measures and Metrics of ML Data and Models to Assure Reliable and Safe Systems" here: https://lnkd.in/gP-CMgni

Military systems rely on microelectronic components, and the potential for increased efficiency and speed of computing processing made possible by biological components convey potential advantages to mission capabilities. Read about it at https://lnkd.in/g4YJxBG8.

Join Infleqtion's Laura Thomas, Heather Penney, Senior Resident Fellow at The Mitchell Institute for Aerospace Studies, and Dr. Michael Hayduk, Deputy Director, Air Force Research Laboratory, for a discussion on their latest policy paper, The Quantum Advantage: Why it Matters and Essential Next Steps on Tuesday, January 30, at 10:30 am EST. Quantum applications are advancing at a pace that can fix known defense vulnerabilities and capability gaps within the next five years—things like timing, navigation, sensing, and radio frequency reception. This series of reports helps to demystify the science behind quantum technologies, explain why securing a lead in this field matters to warfighters, and recommend the next steps U.S. defense leaders should take to achieve a quantum advantage. Advanced registration is required: https://lnkd.in/g-3z6Hdx

Today's newsletter is all about #mmWaves, including our own John Oncea's look at some innovative solutions to #5G challenges. In addition, we feature our partners including: Maury Microwave - Overcoming Load Pull Measurement Challenges At mmWave Frequencies dB Control - How To Select Power Amplifiers For High-Frequency mmWave Applications Knowles Precision Devices - RF Components For Radar: Duplexing Rohde & Schwarz - Characterizing Polymer Material Properties For Automotive Applications Remcom Inc. - Overview Of XFdtd's Schematic Editor And Optimization For Matching Network Design Revolutionized - Mastering 5G Reliability: Safeguarding Your Network Infrastructure https://lnkd.in/eeU2ceWh

Reticles, Etched and Filled from Meopta s.r.o. Edged and filled for illumination. Target acquisition, military, and riflescopes. Type: Reticles Diameter / Dimension: 3mm - 100mm Applications: Military

A good wrote up and explanation of how the Naval Electronics warfare work on ECM & ECCM (counter warfare). Good to see how Chinese Scientist research on Chinese made Naval ECM products.

At #SPIEDCS in National Harbor, we heard intriguing plenary presentations from Dev Shenoy, Principal Director for Microelectronics, OUSD(R&E); and Deeph Chana, Managing Director of NATO DIANA. Get the highlights in this SPIE News article.

Learn more about trends in the Space market from Aerospace & Defense Product Line Director, Ben Annino