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Tue 9 Jun | 10:10 - 11:50
Room 253ABC
This session highlights the rapid evolution of integrated sensing and communication (ISAC) technologies, showcasing innovations that bridge device-level advancements and practical system implementations. The featured research covers large-scale reconfigurable RF surfaces, dynamic mm-wave solutions for secure and agile beam management, dual-band testbeds, real-time FPGA-accelerated ISAC for Wi-Fi, and novel fusion techniques for radar and communication. Together, these works illustrate a clear trend toward high-performance, adaptable, and real-world ISAC systems, reflecting the field's drive for convergence, efficiency, and readiness for next-generation wireless and sensing applications.
10:10 - 10:30
Tu2D-1 RISCAM: A 576-Element 2D Scalable Reconfigurable Intelligent Surface with Multi-Beam RF Camera at X-band for ISAC
10:30 - 10:50
Tu2D-2 Millimeter-Wave Active STAR-RIS with Programmable Reflect and Transmit Operation and Channel Sensing for Secure ISAC
10:50 - 11:10
Tu2D-3 CHAMELEON: Integrated Sensing and Communication with Sub-Symbol Beam Switching in mmWave Networks
11:10 - 11:30
Tu2D-4 DualSense: A Testbed for Dual-Band (ISM and 5G FR2) ISAC Leveraging Dual-Polarized Phased Arrays
11:30 - 11:50
Tu2D-5 FPGA Acceleration and Over-the-Air Validation of IEEE 802.11ad Based Integrated Sensing and Communication Using RFSoC and Millimeter Wave Front-Ends