The 4th ACM Workshop on Millimeter-Wave Networks and Sensing Systems is focused on the design and implementation of new millimeter-wave (mmWave) protocols and systems. The workshop's scope ranges from new mmWave networks, that can enable multi-Gbps throughput, ultra-low latency, and reliable wireless connectivity for 5G-and-beyond cellular systems and wireless LANs, to new mmWave sensing systems. The workshop will bring together researchers from mmWave hardware, communication and signal processing, wireless networking, and mobile and sensing applications to set the future research agenda of mmWave systems, and present innovative ideas that will help realize the vision of extremely high data rate, ultra-low latency, and reliable mmWave networks and novel advanced sensing applications.

We solicit papers with new original, unpublished ideas in mmWave networks and sensing systems. Additionally, we solicit papers with novel results in mmWave platforms, system measurements, and prototypes. Submissions will be judged by their technical merit thorough a peer-review process by the Technical Program Committee. All papers will be considered for the Best Paper Award.

Topics of Interest

We invite submissions in a wide range of millimeter wave research including but not limited to:

* Novel mmWave PHY, MAC, Transport, Application, and cross-technology/layer concepts and designs
* Mechanisms to support link establishment, mobility, and tracking
* MmWave analog- and hybrid-beamforming and MU-MIMO
* IEEE 802.11ad/ay and 5G NR-and-beyond pico-cells design and deployment
* Wireless backhaul based on mmWave
* MmWave based URLLC for 5G NR-and-beyond
* Novel mmWave research platforms and testbed development
* Channel measurements, modeling, and simulations
* Localization and gesture tracking using mmWave
* Medical applications of mmWave sensing systems
* RADAR, imaging systems and techniques for mmWave
* MmWave V2X: Vehicular-to-anything communication
* Emerging mmWave applications including AR/VR, wireless data centers, and drone-based networks