Velocity Network的动态

Engineering for the next generation

How is #generativeAI engineering optimizing EV architecture exploration and design processes? A Research Analyst at Counterpoint Technology Market Research explores the efficiencies unlocked at early design stages and the main benefits over traditional methods: https://bit.ly/3xOffWD

How is #generativeAI engineering optimizing EV architecture exploration and design processes? A Research Analyst at Counterpoint Technology Market Research explores the efficiencies unlocked at early design stages and the main benefits over traditional methods: https://bit.ly/3xOffWD

Last week, our team accomplished something that no other team has done before: In just four months, we went from a clean-sheet design to an operational phased array ground station. For reference, past attempts to accomplish this have taken over 5x as long and cost over 10x as much, and many have failed! Blown away by the talent, grit, and innovativeness of our engineering team. There are almost too many distinct accomplishments to cover, but to rattle off a few: -Successfully validated our all-digital phased array beamforming, including the ability to update our system in the field with zero hardware changes. -Demonstrated interoperability with Planet's existing satellite and ground stations, allowing them to perform nominal operations with virtually no re-work. -Went from truck to live-sky testing in 6 hours (and that's without even prioritizing rapid deployment!). -Nominally operated in 60mph wind gusts without an enclosure. -Tracked and communicated with a de-orbiting satellite, demonstrating our variable beamwidth capabilities. So what's next? Build, build, build! The team (after some well-earned celebration and rest) is now focused on operationalizing this technology and scaling up our manufacturing so we can achieve truly resilient, proliferated space-ground communications. Want to read more? Want to join us on this insane adventure? Links in comments below!

I'm thrilled to share that my review paper on optimization techniques in Network-on-Chip (NoC) architecture has been published in IEEE Xplore! ?? This paper reviews recent advances in network-on-chip (NoC) optimization techniques, focusing on addressing challenges related to fault tolerance and congestion management in multicore systems. It explores innovative strategies that enhance the resilience and efficiency of NoC systems, including fault-tolerant routing algorithms, wireless NoC congestion control mechanisms, dynamic voltage scaling techniques, and design methodologies for heterogeneous architectures. The effectiveness of these strategies is evaluated in terms of network latency, energy efficiency, and system reliability. This comprehensive overview provides valuable insights into the current state of the art and future directions in NoC optimization, serving as a resource for researchers and practitioners in the field. Check out the full paper here. https://lnkd.in/dj7UEDBn #NoC #NetworkOnChip #Optimization #FaultTolerance #CongestionManagement #MulticoreSystems #IEEE #Research

Discover the cutting-edge fiber technology at the heart of Belden Inc. innovation. Learn how Belden's new Fiber Technology Center drives advancement and sets new industry standards by reading this blog. #BeldenFiber #Smartbuildings #Letsbuildthefuture #fiberoptics #Belden

Discover the cutting-edge fiber technology at the heart of Belden Inc. innovation. Learn how Belden's new Fiber Technology Center drives advancement and sets new industry standards by reading this blog. #BeldenFiber #Smartbuildings #Letsbuildthefuture #fiberoptics #Belden

Discover the cutting-edge fiber technology at the heart of Belden Inc. innovation. Learn how Belden's new Fiber Technology Center drives advancement and sets new industry standards by reading this blog. #BeldenFiber #Smartbuildings #Letsbuildthefuture #fiberoptics #Belden

???Join Us for Convergence 2024 - A Gathering of Minds on Transition Engineering!??? ???Date:?14th November 2024 ???Location:?Online (Registration required – link below) This year’s Convergence will be a pivotal event for those passionate about sustainability and innovation in engineering. Established in 2012, the Global Association of Transition Engineering (GATE) is moving into an exciting new phase of growth and impact, and Convergence 2024 will dive into this journey! Over a dynamic 2.5-hour session, we’ll hear from GATE co-founders?Prof. Daniel Kenning?and?Prof.?Susan Krumdieck?on the latest progress and the future trajectory of Transition Engineering. Through breakout discussions, we’ll collaborate on the questions that matter most: What can we achieve together? What’s next for GATE? And how can we make a real impact? ???Why Attend Convergence 2024? Insight & Education?– Gain valuable knowledge on cutting-edge developments in Transition Engineering. Collaboration?– Engage with top thinkers across diverse disciplines. Community Impact?– Help shape the future of sustainable engineering solutions. ???Agenda Highlights Updates from Transition Engineering leaders Breakout discussions to explore impact, goals, and growth strategies GATE’s Annual General Meeting (AGM) – All are welcome to join ???Be part of a movement that’s redefining engineering for a sustainable future.?Whether you’re an industry expert or new to the field, Convergence 2024 is the perfect platform to connect, learn, and be inspired. ???Register for the Convergence 2024! https://lnkd.in/gdaVWkEi Prepare to be challenged, engaged, and inspired. Let’s come together to drive meaningful change. #Convergence2024 #GATE #TransitionEngineering #EnergyTransition #Sustainability #Innovation?#Future?

Why do we need 2 RICs in OpenRAN ? Two RICs are essential for OpenRAN. Exploring the dual RIC architecture in OpenRAN reveals its potential to enhance AI-driven RAN optimization. Join us as we pioneer innovations that redefine the telecommunications landscape.