“Cooperative Perception for #AutomatedDriving: A Survey of #Algorithms, Applications, and Future Directions” from authors at @UCRiverside, explores collaboration, multimodal sensing, fusion strategies, and how shared perception can improve accuracy, robustness, and adaptability.
#AVs can only act on what they perceive. But what if they could see beyond their own sensors? #CooperativePerception shares vehicle and infrastructure data to improve awareness despite occlusion, distance, and poor lighting. Learn more in @ProceedingsIEEE: bit.ly/ProceedingsIEEE-Coope…
Take a closer look at the technologies, intelligence, and infrastructure behind #AVs. @ProceedingsIEEE's “Scanning the Issue” maps the April 2026 Special Issue, from cooperative perception and human behavior to #LLMs, traffic rules, and mixed #autonomy: bit.ly/ProceedingsIEEE-Apr26…
Congratulations to the recipients of @ProceedingIEEE's 2026 #BestPaper Award. “Object Detection in 20 Years: A Survey” is recognized for its comprehensive examination of the technical evolution and broader impact of #ObjectDetection. Learn more now at: bit.ly/ProceedingsIEEE-2026B…
Better #AI memory may start with understanding our own. By looking to human memory, this survey explores how AI can better retain, retrieve, and use information over time, as well as the challenges and opportunities ahead. Learn more at @ProceedingsIEEE: bit.ly/ProceedingsIEEE-AIMem…,
“Human-Inspired Perspectives: A Survey on AI Long-Term Memory,” by @hkust, @memories_ai, @BristolUni, @Columbia, @Meta & @Cambridge_Uni authors, links human and #AI memory mechanisms, extends cognitive architectures, and introduces #SALM, a framework for future memory-driven AI.
#AI can generate, reason, and respond, but what does it mean for an AI system to remember? A new @ProceedingsIEEE paper looks to human memory for clues, mapping how we store and retrieve information to the emerging mechanics of AI long-term memory: bit.ly/ProceedingsIEEE-AIMem…
Technology is often framed as part of the climate problem. IEEE Climate Magazine is launched to show how it can deliver solutions. Across disciplines, free to read and accessible to scientists, engineers, policymakers and the general public. More at link.ieee.org/4yCJXwr
“Breaking the Barrier of 200 Gb/s and Beyond for Electrical Transmission Systems,” presented by @univaq, @SamtecInc, @intel, and @Keysight authors, examines PCB materials, packaging, #SERDES, COM optimization and measurement techniques to make next-gen high-speed channels viable.
#AI-driven infrastructure is pushing electrical links beyond 200 Gb/s per lane and shrinking the margin for error. Can channel design keep pace as loss, noise, jitter and interconnect complexity rise? Explore the challenges in this @ProceedingsIEEE paper: bit.ly/ProceedingsIEEE-200GS…
In “Wireless Clock Synchronization: A Comprehensive Survey and Taxonomy”, @UCC and #SAL authors connect the field across #BLE, #ZigBee, #WiFi, #UWB, #LoRa, and 4G / 5G / #6G, examining architectures, synchronization methods, correction strategies, and deployment constraints.