Integrated Sensing and Communication Physical layer (PHY) model of IEEE 802.11ay/bf.

• Features
• Installation
• Requirements
• How to Run
  • Documentation
• Examples Provided
• References
• Contributing
• Contact information
• Credits
• License

• Support for IEEE 802.11ay including Single Carrier/OFDM waveform generation and spatial multiplexing schemes: SU-SISO, SU-MIMO, MU-MIMO.
• Comprehensive performance analysis tools: link-level BER, PER, data rate testing, and analytical SE bounds.
• Receiver algorithms for synchronization, channel estimation, carrier frequency offset (CFO) correction.
• Integrated sensing capabilities using both passive and active techniques.
• Sensing signal processing algorithms for clutter removal, 2D-CFAR, doppler processing, target detection, and range/velocity estimation.
• Sensing accuracy evaluated using Mean Squared Error (MSE) and Normalized Mean Squared Error (NMSE).

Downloading or cloning the repository is all that's required—no further installation steps needed.

• The software is developed in MATLAB and tested on MATLAB R2023b.
• Requires the MATLAB WLAN toolbox.

• Navigate to main.m, and modify the variable scenarioNameStr to match the name of your desired scenario folder scenarioFolder within .\examples.
• Run main.m

Extensive documentation is provided in docs/isac-plm.pdf, detailing ISAC-PLM's architecture, functionalities, and usage guidelines.

A collection of predefined examples demonstrating various configurations and scenarios is available in /src/examples/ . The table below outlines the predefined examples along with their key configuration parameters:

• S. Blandino, et al, Low Overhead DMG Sensing for Vital Signs Detection, 2024 IEEE International Conference on Acoustics, Speech and Signal Processing (ICASSP).
• S. Blandino, T. Ropitault, C. R. C. M. da Silva, A. Sahoo and N. Golmie, IEEE 802.11bf DMG Sensing: Enabling High-Resolution mmWave Wi-Fi Sensing, 2023 IEEE Open Journal of Vehicular Technology.
• N. Varshney et al., Adaptive Channel-State-Information Feedback in Integrated Sensing and Communication Systems, 2023 IEEE Internet of Things Journal.
• J. Zhang, S. Blandino, N. Varshney, J. Wang, C. Gentile and N. Golmie, Multi-User MIMO Enabled Virtual Reality in IEEE 802.11ay WLAN, 2022 IEEE Wireless Communication and Networking Conference.
• S. Blandino, T.Ropitault, A. Sahoo and N. Golmie, Tools, Models and Dataset for IEEE 802.11ay CSI-based Sensing, 2022 IEEE Wireless Communication and Networking Conference.

• DMG/EDMG Link Level Simulation Platform
• Implementation of 60 GHz WLAN-SENS Physical Layer Model
• TGbf Channel Models for WLAN Sensing Systems
• TGbf Evaluation Methodology and Simulation Scenarios

We welcome feedback and contributions! Please reach out to the repository administrator for collaboration or queries.

Steve Blandino, NIST Communications Technology Laboratory, [email protected] .

Special thanks to our contributors:

• Steve Blandino
• Neeraj Varshney
• Jian Wang
• Jiayi Zhang

If you use ISAC-PLM in your reseach, please see CITATION.cff and cite it as follows:

NIST Communications Technology Laboratory, Integrated Sensing and Communication Physical Layer Model (ISAC-PLM), https://github.com/wigig-tools/isac-plm.

Please refer to the NIST-License.md and MathWorks-Limited-License.md files in the license folder for more information.