A real-time transmission technique was developed and tested to allow wearable devices to transmit multiple streams of sensitive substance-use data on various frequencies.
The paper presents a new emulation platform for real-time transmission of sensitive substance-use data from wearable devices over 5G networks.
With 5G networks on the rise, it becomes more and more important to grant researchers access to tools that allow for development and experimentation in the field of 5G transmission. Healthcare can benefit greatly from these developments. In this paper a real-time transmission technique is described and tested that, if implemented, allows wearable devices to transmit multiple streams of data on various frequencies. These tests will be used to explain how this presented platform works, what drawbacks and benefits exist with the proposed scheme, and how to further develop the solution of real-time transmission of sensitive data, such as substance-use data, at higher frequencies.
Bruendl et al. (Sat,) conducted a other in Substance use. Real-time transmission technique / emulation platform was evaluated. A real-time transmission technique was developed and tested to allow wearable devices to transmit multiple streams of sensitive substance-use data on various frequencies.