The number and complexity of 5G applications is constantly increasing. The network slicing technology used in these applications enables the efficient transmission of data. With this technology, physical networks are divided into several virtual networks and resources such as bandwidth, processing capacity and memory are allocated dynamically. This enables high bandwidth, low latency and high reliability. By using network slicing, 5G networks can meet the different requirements of applications such as Smart Cities, Self-Driving, Augmented Reality and Virtual Reality by each being assigned its own virtual network. At the same time, this also means new challenges for data storage.
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