Joint Communication and Sensing
- Joint Communication and Sensing (JCAS):
- mmWave and sub-THz Wireless Systems:
- Intelligent Reflecting Surfaces (IRS):
- Software-Defined Radio (SDR) Prototyping:
- Localization and Radio-based Sensing:
- AI/ML for PHY and MAC Layer Optimization:
- Open-Source Platforms and Community Engagement:
- STREAM-B-01-01: Advanced Architectures Systems and Technologies
- STREAM-B-01-02: Advanced IoT and Device Technologies
- STREAM-B-02-01: Wireless Communication Technologies and Signal Processing
- STREAM-B-03-01: 6G NTN-TN Unification/Integration
- STREAM-B-04-01: Smart Security / Security Services
- STREAM-D-01-01: SNS Trials and Pilots (T&Ps) with Verticals
- 6G Access Networks
- Air Interface Innovations
- Backhaul solutions
- eHealth Sector solutions
- Experimental Infrastructure
- Privacy
- Resilience
- Satellites Networks for 5G/6G
- Security in 6G networks and services
Contact
Name: Arash AsadiCompany: TU DELFT
Type of Organisation: Industry
Country: Netherlands
Web: https://www.st.ewi.tudelft.nl/wise/team/aasadi/
Telephone:
Brief description of my Organisation
Wireless Communication and Sensing Lab (WISE) focuses on challenges of 6G wireless systems both in sub-6Ghz and millimeter-wave bands such as vehicular communication, industry 4.0, joint communication and sensing and privacy aspects of Joint Communication and Sensing (JCAS). We are particularly interested in the mathematical treatment of wireless communication problems, and experimental evaluation using software-defined radio (SDR) prototyping tools. Our facilities include a multi-modal JCAS lab, equipped with a large array of WiFi COTS, SDRs, Radars and an active 16 camera
motion capture system.
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