Cell Press’ Post

AISSMS Institute of Information Technology Blog: A closer look at Piezoelectric Pressure Sensors- How innovative tech is enhancing precision and efficiency in sensing.

🎙️Join this live webinar to learn more about how #AllegroMicroSystem’s XtremeSense TMR technology is driving the future of magnetic technologies. #InnovationWithPurpose

Kaman’s Advanced Magnetic Sensing (AMS) systems, such as AMS-3946, are designed to deliver precision in detecting magnetic materials—even through non-magnetic barriers. https://bit.ly/49gYCzA

We are thrilled to announce that a part of our research on Driver Behavior Analysis has been published in the IEEE Transactions on Intelligent Transportation Systems: https://lnkd.in/eVBVZVdN. Alongside this paper, we are releasing a dual-module dataset comprising driver gaze measurements and vehicular kinematics data, collected from 10 drivers navigating highways and secondary roads under morning, daytime, and evening traffic conditions. (Dataset webpage link: https://lnkd.in/eK7qbYu6 ) If you or someone you know is engaged in human-centered intelligent transportation research, we encourage you to explore our dataset and share your feedback or valuable insights. Your input will help us refine and enhance our future research approach.

📸 Thermal imaging can be crucial to give early warnings of developing fires, but it’s also used to detect impurities and defects in many other industrial processes. As part of the Visionaries 2024 series, nominee Markus Tarin explains how MoviTHERM integrates the technology in cloud-based and real-time detection systems. Markus Tarin / MoviTHERM https://lnkd.in/eCAkmj8n

Explore the fundamentals of reconfigurable intelligent surfaces (RIS) with Rohde & Schwarz white paper! Benefits of RIS include: - Significant radio coverage improvements - Reduction of radio subsystem energy consumption - Enhancement of multipath radio propagation characteristics - Increased overall throughput of the network - Intentional creation of radio dead zones #makeideasreal https://lnkd.in/ehUywbJk

💡 The Science Behind Thermal Imaging 💡 Thermal imaging relies on the principles of infrared radiation. Every object emits energy depending on its temperature, and thermal cameras are designed to detect and measure this energy. The result is a precise visual representation of temperature differences across a surface. This technology plays a critical role in preventive maintenance, identifying potential issues like overheating components before they fail. From improving safety to boosting efficiency, the science of thermal imaging continues to impact industries worldwide. #ThermalImaging #InfraredScience #PreventiveMaintenance #TechInnovation #ThermalGlass

#Attosecond pulses, lasting one-quintillionth of a second, enable precise observation of electron behavior in real time. ⏳ Pioneering work by Anne L’Huillier, Pierre Agostini, and Ferenc Krausz led to the isolation and control of attosecond pulses, unlocking new methods to study electron motion. Their advancements enable precise measurements of electron behavior, such as how electrons are ejected from atoms and their subsequent interactions. Read more here: https://lnkd.in/g92b3wQ4

Paper Highlight: A #Sustainable Solution for Integrated Sensing, #Communication, and #Wireless Power Transfer Check out this research: "Multi-Functional Reconfigurable Intelligent Surfaces for a Multi-Functional System" by Ahmed Magbool, Vaibhav Kumar, Ahmad Bazzi, Mark Flanagan, and Marwa Chafii. 🔍 What’s it about? The paper explores Integrated Sensing, Communication, and Powering (ISCAP)—a next-gen approach to combine data transfer, radar sensing, and wireless power. It introduces Sensor-Aided Zero-Energy Reconfigurable Intelligent Surfaces (SAZE-RIS) as an energy-efficient solution to meet these demands. Read More: https://lnkd.in/eQRceqq6

This research develops and evaluates an #Eco-#Cooperative #Adaptive #Cruise #Control system in proximity of traffic signals (#ECO-#CACC-#I) that estimates the spatiotemporal back of queue propagation in real-time, using loop detector and probe vehicle data, while considering the inherent uncertainties in actuated traffic signal timings. The system uses probe vehicle information as well as information from the control logic to enhance the real-time queue length estimates and does not require historical queue data. Through comprehensive simulation experiments involving a single vehicle approaching a traffic signal, as well as simulations of a signalized intersection covering various #market #penetration #levels (#MPLs) and varying demand levels, the fuel savings achieved by the ECO-CACC-I system are quantified. The developed queue estimation algorithm provides a significant improvement over the traditional use of shockwave theory alone. ---- Amr Shafik, Hesham A. Rakha More details can be found at this link: https://lnkd.in/ehA4uTBD