Enabling Prediction of Future Operational Condition for Sites

A method for enabling prediction of a future operational condition for at least one site, each site comprising at least one radio network node of a radio access technology (RAT) of a cellular network, the method comprising:

• obtaining input properties of the at least one site;
• selecting a plurality of machine learning models based on the input properties;
• and
• activating the selected plurality of machine learning models in an inference engine, such that all of the selected plurality of machine learning models are collectively applicable to enable prediction of a future operational condition of the at least one site.

A operational condition predictor for enabling prediction of a future operational condition for at least one site, each site comprising at least one radio network node of a radio access technology (RAT) of a cellular network, the operational condition predictor comprising:

• a processor;
• and
• a memory storing instructions that, when executed by the processor, cause the operational condition predictor to:
• obtain input properties of the at least one site;
• select a plurality of machine learning models based on the input properties;
• and
• activate the selected plurality of machine learning models in an inference engine, such that all of the selected plurality of machine learning models are collectively applicable to enable prediction of a future operational condition of the at least one site.

A operational condition predictor comprising:

• means for obtaining input properties of at least one site, each site comprising at least one radio network node of a radio access technology (RAT) of a cellular network;
• means for selecting a plurality of machine learning models based on the input properties;
• and
• means for activating the selected plurality of machine learning models in an inference engine, such that all of the selected plurality of machine learning models are collectively applicable to enable prediction of a future operational condition of the at least one site.