IEEE Electron Devices Society’s Post

Check out the latest IEEE EDS announcements in the EDS Society Brief! Our society brief contains news on society member benefits, services, publications and governance. Read this month's updates: https://bit.ly/44seONF #IEEEEDS #EDSSocietyBrief #electrondevices

Check out the latest IEEE EDS announcements in the EDS Society Brief! Our society brief contains news on society member benefits, services, publications and governance. Read this month's updates: https://bit.ly/44seONF #IEEEEDS #EDSSocietyBrief #electrondevices

Check out the latest IEEE EDS announcements in the EDS Society Brief! Our society brief contains news on society member benefits, services, publications and governance. Read this month's updates: https://bit.ly/44seONF #IEEEEDS #EDSSocietyBrief #electrondevices

I'm thrilled to share that my first research paper has been published in the IEEE! This has been an incredible journey, filled with challenges and learning opportunities. This paper is a testament to the hard work and dedication poured into this research, and I couldn't be prouder of the results. I hope it contributes valuable insights to the field and sparks further discussions and innovation. You can read the paper here: https://lnkd.in/d7-pe_mS #Research #IEEE #Innovation

📣 📣 Exciting News! Our journal paper "Uplink Performance Optimization of Limited-Capacity Radio Stripes" has been accepted for publication in the #IEEE Transactions on Wireless Communications. An Early Access version is already available in #IEEEXplore (https://lnkd.in/diaN7eCa).   In this research paper we study the Cell-Free Massive MIMO fronthaul network deployment through the so-called radio stripes, under the assumption of finite-capacity links. Specifically, our main contributions include:   💡The derivation of the optimal MMSE-based combining matrices used for the uplink sequential signal detection.   💡The introduction of a heuristic radio stripe setup that allows for a larger number of embedded antenna elements per processing unit.   💡The proposition of a novel and user-centric Compare-and-Forward strategy that ensures a higher throughput and a lower service latency to the majority of the network users.   💡The derivation of the optimal compression noise covariance which, subject to the fronthaul capacity restriction, minimizes its trace, thus further mitigating the imperfect transmission effect.   The paper is concluded with extensive numerical simulations and a discussion on the induced latency and complexity of all tested algorithms.

Publication Alert! Excited to share our (Asif Islam; Md Shafiullah) recent publication in IEEE Access (IF 3.9)! We evaluated uncertainty in partial discharge measurements, crucial for accurate testing in accredited labs. Our findings show how uncertainties vary with PD levels, contributing to improved high voltage testing reliability. #PartialDischarge #MeasurementUncertainty #IEEEAccess https://lnkd.in/d4D5ixBk

🚀 Are you curious about how to #aggregate and #represent a large number of #ElectricVehicles? 🌟 What if I told you that you could exactly quantify and represent the aggregate flexibility of electric vehicles with just two vectors? Intrigued? There are some assumptions involved, of course. If you want to discover these assumptions and learn how you can use #UL-#flexibility to efficiently quantify and represent aggregate #EV flexibility, don't miss my presentation tomorrow at #PSCC2024, where I will be presenting my paper titled "Efficient Quantification and Representation of Aggregate Flexibility in Electric Vehicles" with Simon Tindemans. 📅 Date & Time: Tomorrow, 4:00 PM - 6:30 PM 📍 Location: Rousseau Theater, CentraleSupélec Find the paper preprint at https://lnkd.in/eY8F9mDE. Looking forward to an engaging session and insightful discussions. See you there! 🚗⚡️ #PSCC2024 #ElectricVehicles #Flexibility #Aggregation #Innovation #Research #Energy #Conference

The concept of state-of-the-art smart grid test beds and the advanced laboratory infrastructures are discussed recently. Basanta Pokhrel has presented an article at the #UPEC2024 in Cardiff entitled "Advanced digital lab infrastructure for the development of smart power grid". The concept presented in this paper aims for the need of state of art digital power system laboratory to address research needs for modern power systems, which will support the digital and green transition. The solutions presented in this paper will sufficiently represent the complexity of the power system dynamics and provide a realistic environment to develop and test future digital power system operation. 

My accepted paper in JESTPE is now available under the "Early Access" area on IEEE Xplore: https://lnkd.in/gX5w4T26 #research #IEEE #IITBBS

Thrilled to announce the publication of my latest research "Improving Active Resonance Damping and Unbalanced Voltage Mitigation based on Combined DDSRF and Washout Filter in Islanded Microgrids"  in the prestigious IEEE Access journal! 🎉 📚 In this paper, we delve into the cutting-edge realm of island microgrids, presenting novel strategies for enhancing both active resonance damping and unbalanced voltage mitigation. Our approach, which integrates DDSRF and Washout Filter technologies, promises significant advancements in microgrid stability and performance. 🌐 ⚡ I invite you all to read the full paper and share your thoughts. Let's continue to drive innovation and progress in the fascinating world of microgrid technology! 💡 🚀 #IEEEAccess #Microgrid #Research #Innovation #Science #Engineering #Publication #IEEE #DDS #WashoutFilter #RenewableEnergy #Stability #VoltageMitigation