Boosting 5G-New Radio reliability: The power of cognitive packet duplication

less than 1 minute read

Published: October 30, 2023

Time-critical communication or Ultra-Reliable Low-Latency Communication (uRLLC) was envisioned as one of the fundamental use case categories in 5G network architecture. Stringent requirements on latency and reliability might require several provisions, such as robust and duplicate transmission, a method where devices can access transmission resources without prior permission, and prescheduling. These provisions, while helping to achieve optimal performance, have an impact on resource utilization. We explore and discuss how a cognitive duplication approach could be used to find a trade-off between performance and resource utilization.

The cell edge problem solved? User-focused uplink power control using reinforcement learning

less than 1 minute read

Published: November 16, 2022

Providing good signal strength with low interference and power consumption at the cell edge will be key to delivering multi-faceted quality of service for emerging 5G use cases. Below, we explore how uplink power control based on reinforcement learning can solve the cell edge problem.

How 5G and machine learning can build scalable assistive health technologies

less than 1 minute read

Published: May 25, 2022

Summary

The evolution of 5G and ongoing research push toward 6G is enabling significant advances in scalable user-centric biosignal monitoring for assistive technology healthcare applications. While network slices cater to high-bandwidth and low latency use-cases, robustness and performance are ensured through scalable machine learning methods. In this post, we discuss the challenges and resolution for a scalable pipeline with communicating sensor devices that has the potential to transform healthcare.