New communication concepts The aim of the Open6GHub fund by the Federal Ministry of Researchis to contribute to the global development of 6G and, in particular, to incorporate our societal interests. Building a secure and resilient communications infrastructure, ensuring data protection and privacy, enabling energy-efficient digitalization for a sustainable economy and providing mobile services anywhere are important criteria for the design work of the Open6GHub.
What does the 6G vision look like?
The work begins with the development of a common vision for life in the years 2030 to 2045. During this period, 6G will be the most important digital infrastructure of our and probably all advance societies.
The Open6GHub sees a highly network society in which people are support by machines in their everyday lives and at work. Network, mobile and partially autonomous robots will play a major role here. Communicating with people and being controll by them in critical situations. The use of artificial intelligence will have become commonplace and the requirements for transparent and trustworthy use of sensitive data will be correspondingly high.
Digital twins or even entire industrial metaverses Ghana Phone Number List will help to make production more efficient and also enable significant increases in sustainability and a sensible circular economy. Digital twins can also make our transport more efficient and reduce emissions there or significantly increase the range of battery-power vehicles. There is hardly an area of our daily life that will not benefit from digitalization and networking. In many areas, a successful ecological transformation will hardly be conceivable without such concepts.
Even if everyone hopes for an improvement in the geopolitical situation. We must assume that a highly network society can be attack. The issue of resilience, i.e. protecting our critical infrastructure and our data, is therefore a high priority at Open6GHub.
How will 6G work?
Nobody knows today exactly how 6G will work. However, the first solution concepts are emerging that are need in so many visions internationally that they will probably make it into the global 6G standard or into key application concepts.
There is a technology push and pull here. The Cell Phone Number Database Open6GHub examines new technologies that are only now becoming available for their usability in 6G, as well as further developing and optimizing technologies that are required for foreseeable 6G key applications.
What technologies will 6G use?
One example of a technology candidate is “Joint Communication and Sensing (JCAS)”. Here, the signal that is already sent out for communication is also use to localize objects, thus introducing a radar-like functionality that could allow objects to be track better with little effort, thus improving both logistics in the factory and increasing road safety.
JCAS is used, among other things, for digital twins, which the Open6GHub is investigating as a precursor to 6G. These digital twins are repeatedly cited as a driving force for sustainable digitalization.
Other technology fields that the Open6GHub is looking at are novel security concepts such as physical layer security, the use of artificial intelligence and machine learning for channel estimation, network control and optimization. The use of new frequency bands that allow much higher bandwidths. Or the inclusion of satellites to close dead spots in rural areas or to provide trains with broadband.
Even though much has not yet been decided about the upcoming sixth mobile communications standard, it is becoming clear that 6G will be significantly Bulk Database more energy efficient and significantly more secure. These topics are therefore given high priority in the Open6GHub. Cost efficiency is also the subject of research. Here, the Open6GHub is primarily investigating migration paths from 5G to 6G. Among other things, the researchers are investigating the question: how can new functionalities and innovations be achiev without the need for a completely new network? Sustainable answers to this question have the potential to significantly reduce the costs of modern networks. Which will also have a positive impact on coverage in rural areas.
How is the vision of a highly connect world implement?
In order to realize the vision describe above of a highly connect world. In which many little helpers make our lives easier. A number of pioneers, so-call enablers, are need to drive 6G technology forward.
