Abstract: A method of determining above ground coverage of a mobile telecommunications network. Data is received which is representative of coverage of the mobile telecommunications network at a plurality of ground based locations. A location above ground is identified for which coverage of the mobile telecommunications network is to be determined. A subset of the data representative of coverage at the plurality of ground based locations is selected, where the subset comprises data representative of coverage of the mobile telecommunications network at a subset of the ground based locations. Selecting the subset comprises selecting the subset of the ground based locations in dependence on their location relative to the identified location above ground. A property of the identified location above ground and the selected subset of data representative of coverage at ground based locations are provided as inputs to a prediction model.

Abstract: A system for providing a remote computing resource to a user equipment comprises the user equipment and at least one server. The user equipment is configured to receive a user input from an input device of the user equipment and send data identifying the user input to the server, wherein the data identifying the user input is based on data from a hardware driver of the input device. The server is configured to receive the data identifying the user input, cause execution of the remote computing resource based on the data identifying the user input, and send an output of the executed remote computing resource to the user equipment. A user equipment and a server are also provided.