A method of allocating radio resources in a cellular network, the method comprising the steps of: prior to a handover of a moving user equipment from an originating cell to a destination cell: by a network node associated with the destination cell: receiving a moving user resource requirement and a predicted handover time for the moving user equipment; estimating a total resource requirement comprising a sum of the moving user resource requirement and an initial resource requirement comprising a sum of resource requirements of other user equipments in the destination cell; determining whether a capacity of the destination cell is sufficient to provide for the total resource requirement, and, if not, determining a decrement factor for each user equipment in the destination cell by: • determining a required resource reduction using a difference between the capacity and the total resource requirement; • determining a reduction factor for each user equipment in the destination cell by allocating a portion of the required resource reduction to each user equipment; • determining a number of rescheduling events that will occur before the handover time; and • calculating the decrement factor for each existing user equipment by dividing the reduction factor by the number of rescheduling events; and at each rescheduling event, decrementing the resources available to each user equipment by the respective decrement factor; and on handover, providing the moving user equipment with an allocated radio resource equal to at least part of the moving user resource requirement. by a network node associated with the destination cell: receiving a moving user resource requirement and a predicted handover time for the moving user equipment; estimating a total resource requirement comprising a sum of the moving user resource requirement and an initial resource requirement comprising a sum of resource requirements of other user equipments in the destination cell; determining whether a capacity of the destination cell is sufficient to provide for the total resource requirement, and, if not, determining a decrement factor for each user equipment in the destination cell by: • determining a required resource reduction using a difference between the capacity and the total resource requirement; • determining a reduction factor for each user equipment in the destination cell by allocating a portion of the required resource reduction to each user equipment; • determining a number of rescheduling events that will occur before the handover time; and • calculating the decrement factor for each existing user equipment by dividing the reduction factor by the number of rescheduling events; and at each rescheduling event, decrementing the resources available to each user equipment by the respective decrement factor; and receiving a moving user resource requirement and a predicted handover time for the moving user equipment; estimating a total resource requirement comprising a sum of the moving user resource requirement and an initial resource requirement comprising a sum of resource requirements of other user equipments in the destination cell; determining whether a capacity of the destination cell is sufficient to provide for the total resource requirement, and, if not, determining a decrement factor for each user equipment in the destination cell by: • determining a required resource reduction using a difference between the capacity and the total resource requirement; • determining a reduction factor for each user equipment in the destination cell by allocating a portion of the required resource reduction to each user equipment; • determining a number of rescheduling events that will occur before the handover time; and • calculating the decrement factor for each existing user equipment by dividing the reduction factor by the number of rescheduling events; and • determining a required resource reduction using a difference between the capacity and the total resource requirement; • determining a reduction factor for each user equipment in the destination cell by allocating a portion of the required resource reduction to each user equipment; • determining a number of rescheduling events that will occur before the handover time; and • calculating the decrement factor for each existing user equipment by dividing the reduction factor by the number of rescheduling events; and at each rescheduling event, decrementing the resources available to each user equipment by the respective decrement factor; and on handover, providing the moving user equipment with an allocated radio resource equal to at least part of the moving user resource requirement.