HAMUX: A Novel Nonorthogonal Technology For Having Zero-Interference Transmission- Part 1 13/10/2024 скачать в хорошем качестве

HAMUX: A Novel Nonorthogonal Technology For Having Zero-Interference Transmission- Part 1 13/10/2024

In this video, we explain HAMUX, which is a Novel Nonorthogonal Technology For Having Zero-Interference and highly secure Multiple Access Transmission. Beyond 5G (B5G) and future 6G systems are intended to support a large number of interconnection links between base stations and Internet of Things (IoT) devices. Therefore, it is imperative to create new, efficient multiple-access strategies that can handle the needs of this enormous number of connections. The challenge of serving more devices with limited resources was seen to be addressed by power domain non-orthogonal multiple access (PD-NOMA), which was thoroughly studied by both academia and industry. However, the PD-NOMA design was removed from the list of the 17th release of 3GPP work items due to several problems, including low reliability caused by inter-user interference, the transceiver’s complexity as a result of using successive interference cancellation (SIC), and the in-applicability in power-balanced scenarios, where the multiplexed users have relatively similar distances from the base station. In this study, we propose and build an innovative new non-orthogonal transmission scheme using specially designed signals superimposed with the users’ data to overcome the aforementioned issues. The new design that is being introduced is termed HAMUX, and it has a very elegant transceiver architecture with all processing handled at the base station, thus relieving the receiver from any intricate processing like SIC. The benefits that the developed design offers make it a great candidate for low-power and processing-constrained devices, like those found in Internet of Things applications. The full research article titled "HAMUX: A New Non-Orthogonal Multiple Access Technology For Having Zero-Interference Networks" can be found from the following link. https://rs-ojict.pubpub.org/pub/ymbdu... The Matlab codes for HAMUX method can be found from this link. https://researcherstore.com/product/s...