ISAC

This paper addresses the coupled control and communication problem in UAV networks operating at millimeter-wave (mmWave) frequencies. …

Drone-mounted directed energy payloads — RF jammers and High Power Microwave (HPM) sources — offer a reusable Counter-UAS capability, …

In massive MIMO Integrated Sensing and Communications (ISAC), conventional contiguous sub-array partitioning limits spatial degrees of …

We submitted a paper on multi-functional diversity via flexible spatial partitioning for massive MIMO ISAC to IEEE TWC.

We submitted a proposal to host a half-day workshop at EuCNC & 6G Summit 2026 (Malaga, Spain, June 2–5) on Integrated Sensing and Communications for the 6G Sky, bridging technology and regulation in U-Space.

Researchers develop an integrated sensing and communication technology to enhance safety and efficiency in advanced air mobility vehicles.

Researchers propose flexible hybrid precoding schemes to optimize joint sensing and communication performance in resource-constrained wireless systems.

Co-design of sensing, communication and control protocols for next-generation U-Space services.

This research develops a model-based Bayesian learning approach to efficiently encode dense 3D meshes using compressed sensing, achieving higher compression ratios while preserving visual quality.

A novel application of compressed sensing techniques significantly improves decision feedback equalization of sparse wireless channels by exploiting filter sparsity.