In the future, systems like the varied ones being developed by Dr. Fuchs, his colleagues and other researchers will, for instance, let surgeons perform precise biopsies of the breast by looking through head-mounted displays that let them see both the breast and virtual images of its interior.
In the future, systems for localized growth factor delivery thus need to be designed in such a way that their modular components are readily adaptable to the individual pathology.
In the future systems of this kind, what will matter most would be the ability to structure the data to a uniform construct (e.g. a sparse matrix) and the ability to find relationships between specific pieces of data (and the variables).
As the carrier frequency expands into milli-meter wave bands in the future systems, LoS channels can be very typical due to less reflections, and are considered more beneficial for narrow beamforming in interference mitigation [16, 17].
This is why we are actively working to share knowledge and co-create with other UN partners, so that in the future systems can be connected and knowledge transferred more easily.
Further on in the future, systems biology and systems genetics approaches to high dimensional data integration may offer an alternative to 'one gene at a time' genetic validation [ 76, 77].
