6G networks are under extensive research aiming at deployment in 2030. One of the key things 6G will need to do is to enable extensive automation within the society of the 2030s while also contributing to the achievement of the United Nations sustainable development goals. From a technical standpoint, 6G aims to integrate the physical, digital, and biological worlds, offering us smart applications for our daily life. 6G will operate at terahertz frequency bands, delivering a peak data throughput of 1,000 gigabits/s with an air latency of less than 100 microseconds. When comparing 5G and 6G network speeds, 6G is predicted to be 100 times faster than 5G, with improved reliability and broader network coverage. These revolutionary capabilities, combined with mobility and Artificial Intelligence/Machine Learning, unlock a vast array of new application possibilities, paving the way for new businesses and a truly digitalized society. This presents an opportune moment to identify future communication needs, performance requirements, system and radio challenges, and major technical options for 6G to establish the research goal towards the 2030s.
We invite researchers, scholars, and professionals to submit extended abstracts for the poster sessions, providing an opportunity to present ongoing research in the field of recent technological advancements in 6G wireless communications. The sessions aim to bring together researchers, experts and stakeholders from academia, industry, and government to discuss and exchange ideas on the development of 6G technology and encourage potential collaborations within the region. Outstanding posters are eligible for the prestigious 'Best Poster Award' nomination.
