Dr. Saurabh Kumar (Thakur) 🇮🇳’s Post

Hello Connection 🔔 #CallforPapers: Submit Your Research to Journal of Electronics and Telecommunication System Engineering! 🔔 Are you a researcher with innovative findings in Electronics and Telecommunication Engineering? We invite you to submit your work to the Current issue (May-August) of Journal of Electronics and Telecommunication System Engineering. This is a fantastic opportunity to share your insights with a global audience and contribute to the advancement of ECE. 📝 Topics of Interest Include: ·  #Antennas: Design for IoT applications, Medical applications, Wearable devices, Mobile communications · #CommunicationSystems: 4G and 5G technologies, Wireless devices and networks, Communication and information processing, Electromagnetic and microwave, communication systems, 5G and Beyond Networks · #EnergyandPowerSystems: Hybrid renewable energy and energy saving systems, Power engineering and transmission lines · #AdvancedTechnologies: Nanoscience and nanotechnology, Optics and optoelectronics, Semiconductors and advanced circuits and devices · #ArtificialIntelligenceandOptimization: Fuzzy and hybrid optimization techniques, Artificial immune systems for control and monitoring · #AIinWirelessNetworks: AI for Network Traffic Prediction, Reinforcement Learning for Dynamic Spectrum Access, AI-Based Resource Allocation 📅 Important Dates: Submission Deadline: June 20, 2024 Notification of Acceptance: June 25- June 30, 2024 Publication Date: June 30- July 05, 2024 📌 Submission Guidelines: Manuscripts should be of minimum 2000 to 2500 words. Plagiarism should be less than 15%. Submit your papers via Online Portal. 🌟 Why Submit to Journal of Electronics and Telecommunication System Engineering? Reach a Global audience. Benefit from a rigorous peer-review process. Enhance your academic profile. 🔗 Submit Your Paper directly on: himani.singh@matjournals.in For more details, visit our website: www.matjournals.com. 📢 Don’t miss this chance to contribute to cutting-edge research in Electronics and Telecommunication Engineering! #CallForPapers #AcademicResearch #SubmitYourPaper #ElectronicsandTelecommunication #ResearchOpportunities  

🌟 Attention Students, Professors, Researchers, and Engineers! 🌟 The final deadline for full papers for IEEE ISES 2024 has been extended to 22nd July. This is your last chance to submit, as no further extensions will be granted. We are inviting submissions in the following tracks: 🔹 Nanoelectronic VLSI and Sensor Systems (NVS) 🔹 Energy-Efficient, Reliable VLSI Systems (ERS) 🔹 Hardware/Software for Internet of Things and Consumer Electronics (IoT) 🔹 Hardware for Secure Information Processing (SIP) 🔹 Hardware/Software for AI, Robotics, and Automation (AIR) 🔹 Hardware/Software for Vehicular Intelligent Systems (VIS) Additionally, calls for Student Research Forum (SRF) and Research Demo Sessions (RDS) are also open until 22nd July. We strongly encourage submissions from bachelor's, master's, and PhD students: 🎓 Student Research Forum (SRF): - Submit a 4-page paper. - Intermediate and final works are welcome for comprehensive feedback. 🔬 Research Demo Sessions (RDS): - Submit a 4-page paper, with a live demo to be held. - Papers will be indexed by IEEE Xplore. Join us for an opportunity to showcase your work, gain valuable feedback, and network with professionals in the field. For more information, visit: [IEEE ISES 2024 Website](https://lnkd.in/g4ZShbBt). #IEEE #ISES2024 #CallForPapers #Research #StudentResearch #VLSI #IoT #AI #Robotics #Automation #SecureProcessing #Engineering #Conference

🌟 Attention Students, Professors, Researchers, and Engineers! 🌟 The final deadline for full papers for IEEE ISES 2024 has been extended to 22nd July. This is your last chance to submit, as no further extensions will be granted. We are inviting submissions in the following tracks: 🔹 Nanoelectronic VLSI and Sensor Systems (NVS) 🔹 Energy-Efficient, Reliable VLSI Systems (ERS) 🔹 Hardware/Software for Internet of Things and Consumer Electronics (IoT) 🔹 Hardware for Secure Information Processing (SIP) 🔹 Hardware/Software for AI, Robotics, and Automation (AIR) 🔹 Hardware/Software for Vehicular Intelligent Systems (VIS) Additionally, calls for Student Research Forum (SRF) and Research Demo Sessions (RDS) are also open until 22nd July. We strongly encourage submissions from bachelor's, master's, and PhD students: 🎓 Student Research Forum (SRF): - Submit a 4-page paper. - Intermediate and final works are welcome for comprehensive feedback. 🔬 Research Demo Sessions (RDS): - Submit a 4-page paper, with a live demo to be held. - Papers will be indexed by IEEE Xplore. Join us for an opportunity to showcase your work, gain valuable feedback, and network with professionals in the field. For more information, visit: [IEEE ISES 2024 Website](https://lnkd.in/g4ZShbBt). #IEEE #ISES2024 #CallForPapers #Research #StudentResearch #VLSI #IoT #AI #Robotics #Automation #SecureProcessing #Engineering #Conference

The 3rd IEEE International Conference on Interdisciplinary Approaches in Technology and Management for Social Innovation (IATMSI-2025) is a SCOPUS-indexed globally recognized event to be organized by the Department of Electrical and Electronics Engineering at ABV-IIITM Gwalior, India, in collaboration with the IEEE MP Section. Serving as a prestigious platform, this flagship conference will facilitate the dissemination of cutting-edge advancements across a spectrum of disciplines, including communication, IT-enabled management, and industrial electronics applications such as health, energy, VLSI, smart transportation, biomedical science, agriculture, AI applications, robotics, defense, technology policies, and allied domains. Accepted papers will be submitted for inclusion into IEEE Xplore subject to meeting IEEE Xplore’s scope and quality requirements. This event aims to foster the exchange of ideas and the sharing of recent research breakthroughs across a multitude of domains, including healthcare, agriculture, intelligent transportation, VLSI, and renewable electronics, along with their real-world applications. Under the theme “Enabling the Change! Social Innovation for Sustainable Societies,” this flagship conference is poised to deliver a comprehensive exploration of technology and management, emphasizing interdisciplinarity and quality. The conference’s scope is intentionally broad, encompassing five different Tracks. Track 1: Innovative Solutions for Healthcare Track 2: Power, Control, Energy and Intelligent Transportation Technologies Track 3: Artificial Intelligence (AI), IOT and Computer Vision Enabled Technologies Track 4: Green Electronics, VLSI, Communication and Sensor Based Technologies Track 5: IT enabled Management for Social Change Important Dates: Submission Due Date: 15th Sep. 2024 Notification of Acceptance: 15th Oct. 2024 Camera-ready Paper Due: 15th Dec. 2024 Registration Open: 15th Oct. 2024 Early-Bird Registration Closes: 31st Dec. 2024 Last Date of Registration: 1st Feb. 2025 #ieee #conference #hybrid #electronics #electrical #communication #vlsi #management #machinelearning #artificialintelligence #computerscience

Spintronics even further leaps with innovations such as this and is getting consolidated as the leader in the future technological marvels within the near term and may be beyond forever. A study by researchers from NC State University and the University of Pittsburgh reveals that the direction of spin injection influences the transmission of electron spin in chiral materials, paving the way for advancements in energy-efficient spintronic technologies. They found that the direction in which the spins are injected into chiral materials affects their ability to pass through them. These chiral “gateways” could be used to design energy-efficient spintronic devices for data storage, communication, and computing. Chiral solids are materials that cannot be superimposed on their mirror image – think of your left and right hands, for example. A left-handed glove does not fit on your right hand, and vice-versa. Chirality in spintronic materials allows researchers to control the direction of spin within the material. Prior to this work, it was thought that the sense of chirality, or ‘handedness,’ of a material was very important to how and whether the spin would move through that material. These researchers  found that if you inject pure spin into a chiral material, the absorption of spin current strongly depends on the angle between the spin polarization and chiral axis; in other words, whether the spin polarization is aligned parallel or perpendicular to the chiral axis. The chiral materials they chose are two chiral cobalt oxide thin films, each with a different chirality, or ‘handedness. When the team injected pure spin aligned perpendicular to the material’s chiral axis, they noted that the spin did not travel through the material. However, when the pure spin was aligned either parallel or anti-parallel to the chiral axis, its absorption, or ability to pass through the material, improved by 3000%. Since spin can only pass through these chiral materials in one direction, this could enable us to design chiral gateways for use in electronic devices. And this work also challenges some of what we thought we knew about chiral materials and spin, which is something these researchers want to explore further. #climatechange #spintronics #aiml #hpc #iot #unifiedmemory

NEW BOOK / E-BOOK! Congratulations to the authors, Jaume Anguera and Aurora Andújar Linares (from Ignion) on the publication of their new Institution of Engineering and Technology (IET) book: Antenna Booster Technology for Wireless Communications! https://lnkd.in/dPx7aZq4 With four levels of learning (beginner, intermediate, advanced, and expert), the book contains 11 chapters with over 100 exercises, making it ideal for master's, Ph.D. students, researchers, RF/microwave engineers, and professors. #antenna #antennabooster #antennatechnology #antennaengineering #IoTantenna  #IoTconnectivity #antennainnovation #chipantenna #offtheshelf #antennasolution #singlebandoperation #multibandoperation #multiradio #reconfigurable #reconfigurablearchitecture #communication #mobilecommunication #mobiledevice #wirelesscommunication #wirelessdevice #embeddedantennabooster #nearconductivebodies #engineering #matchingnetworksynthesis #padlayout #zerotozero #engineeringthefuture #academicresearch #book #ebook #publication #researchpublication #IoT #IoTdevice #antennaboosterdesign #matchingnetworks #antennasystems #wirelessplatform #optimizedmatchingnetwork #electronics #electronicdesign #radiofrequency #RFengineering #microwavetechnology #microwaveengineering #telecom #telecommunications #researchanddevelopment #virtualantennatechnology #InternetofThing #smallantenna

The 3rd IEEE International Conference on Interdisciplinary Approaches in Technology and Management for Social Innovation (IATMSI-2025) is a SCOPUS-indexed globally recognized event to be organized by the Department of Electrical and Electronics Engineering at ABV-IIITM Gwalior, India, in collaboration with the IEEE MP Section. Serving as a prestigious platform, this flagship conference will facilitate the dissemination of cutting-edge advancements across a spectrum of disciplines, including communication, IT-enabled management, and industrial electronics applications such as health, energy, VLSI, smart transportation, biomedical science, agriculture, AI applications, robotics, defense, technology policies, and allied domains. Accepted papers will be submitted for inclusion into IEEE Xplore subject to meeting IEEE Xplore’s scope and quality requirements.  This event aims to foster the exchange of ideas and the sharing of recent research breakthroughs across a multitude of domains, including healthcare, agriculture, intelligent transportation, VLSI, and renewable electronics, along with their real-world applications. Under the theme “Enabling the Change! Social Innovation for Sustainable Societies,” this flagship conference is poised to deliver a comprehensive exploration of technology and management, emphasizing interdisciplinarity and quality. The conference’s scope is intentionally broad, encompassing five different Tracks.   Track 1: Innovative Solutions for Healthcare Track 2: Power, Control, Energy and Intelligent Transportation Technologies Track 3: Artificial Intelligence (AI), IOT and Computer Vision Enabled Technologies Track 4: Green Electronics, VLSI, Communication and Sensor Based Technologies Track 5: IT enabled Management for Social Change Dr. Somesh Kumar Dahiya Important Dates: Submission Due Date: 15th Sep. 2024 Notification of Acceptance: 15th Oct. 2024 Camera-ready Paper Due: 15th Dec. 2024 Registration Open: 15th Oct. 2024 Early-Bird Registration Closes: 31st Dec. 2024 Last Date of Registration: 1st Feb. 2025 #ieee #conference #hybrid #electronics #electrical #communication #vlsi #management #machinelearning #artificialintelligence #computerscience

👋 Hey LinkedIn Fam! 🌟 Exploring Karnaugh Maps(K’ Maps) in Digital Electronics 1️⃣ What is a Karnaugh Map and why is it used in digital electronics? 👉 A Karnaugh Map (K-map) is a graphical tool used to simplify Boolean algebra expressions. It is used in digital electronics to minimize logic functions, reducing the number of gates and complexity in digital circuits. 2️⃣ How do you construct a K-map for a given Boolean function? 👉 To construct a K-map, first determine the number of variables in the Boolean function. Create a grid with 2^n cells (where n is the number of variables), label the rows and columns with binary values, and then fill in the cells with the output values of the function. Group in the map to simplify the expression. 3️⃣ What are the main rules for grouping in a K-map? 👉 The main rules for grouping in a K-map are: groups must contain 1, 2, 4, 8, etc, groups should be as large as possible; groups can overlap; and each group must be a rectangle. 4️⃣ What are the advantages of using K-maps over algebraic simplification? 👉 K-maps provide a visual method for simplifying Boolean expressions, making it easier to identify opportunities for minimization. They reduce the risk of human error in simplification, often result in more optimized solutions, and can handle more complex functions than algebraic methods. #DigitalElectronics, #KMaps, #BooleanAlgebra, #TechInnovation, #EngineeringLife, #DigitalTransformation, #CircuitDesign, #ElectronicsEngineering, #TechTrends, #STEM, #ElectricalEngineering, #EmbeddedSystems, #TechCommunity, #Microelectronics, #VLSIDesign, #LogicDesign, #Semiconductors, #IoT, #FutureTech, #Innovation, #TechEducation, #HardwareDesign, #TechUpdates, #EngineeringExcellence, #AIandElectronics, #MachineLearning, #TechLeadership,#TechCareers

"UAB (University of Barcelona) researchers were involved in the development of a switch, an essential device in telecommunications, capable of operating at very high frequency with lower power consumption than conventional technologies. The technology has applications in the new 6G mass communication systems and is more sustainable in terms of energy consumption than current devices. The study was published recently in Nature Electronics. An indispensable element for controlling signals in electronic communication devices is the switch, whose function is to allow an electrical signal to pass (ON state) or to block it (OFF state). The fastest elements currently used to perform this function are silicon-based (the so-called RF silicon-on-insulator MOSFET switches) and operate using signals with frequencies of tens of gigahertz (GHz). However, they are volatile, i.e., they require a constant power source to maintain the ON state." #6g #switches #communications

Webinar tomorrow about silicon carbide research in emerging technologies, innovation for future impact, entrepreneurship for societal benefit, value of innovation ecosystems, digitalization and new business models for wafer manufacturing, etc.