January 25, 2021
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Nokia and China Mobile (CMCC) announced that they have successfully completed live trials of an AI-powered radio access network (RAN) over CMCC’s network.
Utilising CMCC’s 4G and 5G networks, the companies completed an AI-based real-time user equipment (UE) traffic bandwidth forecast trial in Shanghai as well as a network anomaly detection trial in Taiyuan, the capital city of China’s Shanxi province.
During the trial, China Mobile introduced its ‘i-wireless-intelligent and simplicity 5G network’ concept, a series of technologies designed to create a greener, smarter, and more efficient 5G network. The near-real-time RAN Intelligent Controller (RIC) is one of these technologies and a new network element that enables near real-time control and optimisation of RAN elements enabled by real-time data exposure and cross-layer perception capabilities utilising AI and ML applications.
Posted January 21st, 2021 for Nokia
Press Release
Nokia and CMCC trial AI-powered radio access on live 5G network
Trials on CMCC’s live network used Artificial Intelligence (AI) to forecast bandwidth and detect anomalies with 90 percent accuracy
Operators set to make significant cost savings of over 70 percent due to the lack of human intervention required to process issues
Nokia’s RAN Intelligent Controller acts as a gateway to AI and Machine Learning (ML) technologies, enabling a range of real-time data-driven network enhancements 21 January 2021
Espoo, Finland – Nokia and China Mobile (CMCC) today announced that they have successfully completed live trials of an AI-powered radio access network (RAN) over CMCC’s network. Utilizing CMCC’s 4G and 5G networks, the companies completed an AI-based real-time user equipment (UE) traffic bandwidth forecast trial in Shanghai as well as a network anomaly detection trial in Taiyuan, the capital city of China’s Sha