Václav Valenta
©SHUTTERSTOCK.COM/ANDREY SUSLOV
The Technical Program Committee (TPC) of the 2024 IEEE Radio & Wireless Week (RWW) has strived to put together an attractive program to ensure collaboration and exchange among the scientific community, industry and academia, young professionals, and radio enthusiasts. The committee members have identified more than 130 timely conference topics and defined the format of special technical events. Based on past successes, specific panel sessions, workshops or hands-on activities, and summits will be held again, bringing the main players together to share the latest results from the wide spectrum of RF fields in an interactive way.
RWW 2024 is a unique opportunity for technical exchange, dissemination of your research outcomes, and promotion of radio and wireless technologies and techniques worldwide!
Publications are grouped into five IEEE topical conferences:
The popular and very well-established co-location of RWW and the Automatic Radio Frequency Techniques Group (ARFTG) meeting will continue at RWW 2024, where ARFTG will be marking its 102nd edition. Joint RWW/ARFTG sessions and workshops will be held again.
The strength of the RWW set of co-located conferences is supported by a TPC that counts more than 200 volunteers from many IEEE Societies, including the IEEE Microwave Theory and Technology Society, IEEE Antennas and Propagation Society, IEEE Aerospace and Electronic Systems Society, IEEE Communications Society, IEEE Vehicular Technology Society, IEEE Solid-State Circuits Society, IEEE Circuits and Systems Society, IEEE Electron Devices Society, IEEE Signal Processing Society, and IEEE Engineering in Medicine and Biology Society. The dedicated support of TPC members who work on a voluntary basis is hereby acknowledged by the RWW organizers.
Technical papers will be presented at either oral sessions or interactive poster sessions. A number of high-quality workshops, special sessions, and panels will complement the regular technical sessions to exchange ideas on current R&D trends and promote technical and professional interaction. The workshops will cover trending topics identified by each topical conference. The focus of RWS workshops is on massive antenna arrays, adaptive beamforming, multiple-input, multiple-output (MIMO) systems, artificial intelligence, and machine learning. PAWR’s focus is on 6G and amplifier design and linearization, which will be reflected in a dedicated panel session and a workshop. WiSNet organizers have prepared a panel on RFID and its role for digital twins. The 2024 edition of SHaRC’s theme will be “Ground Station and Advanced Ground Station Networks.” Besides the regular workshops, two “hands-on” workshops dealing with satellite communication design and millimeter-wave MIMO solutions will be offered to the conference attendees as well.
The third edition of the very successful “MTT Space Night” social–technical event run by the SHaRC organizers will kick off after the regular technical sessions, focusing on hot topics in the area of RF engineering for space. MTT Space Night will include snacks and drinks.
RWW 2024 will also continue the tradition of the Demo Track, which offers a unique opportunity for an in-person, hands-on experience on new RF technologies. The Demo Track will engage all attendees, including students, faculty, and industrial practitioners, in an intimate setting based on real-world RF setups.
Let’s not forget that RWW 2024 is also an important platform for the technical and professional development of young professionals and students. Based on an initial evaluation by the TPC, a group of finalists will be selected to participate in the Student Paper Competition, which will feature both elevator pitch presentations and interactive forum discussions. Don’t miss out on the opportunity to meet these bright young researchers! The best student papers will be recognized during the plenary session.
We appreciate your participation and look forward to seeing you all at RWW 2024. Stay tuned for the final program, which will be announced on the webpage at https://www.radiowirelessweek.org.
Digital Object Identifier 10.1109/MMM.2023.3313791