A method performed by a network node (300, 508, 700, 800, 900), where the network node is connected to a plurality of antenna nodes (310, 320, 520, 695) that are located along a path where a wireless communication device (301, 530) is moving, the method comprising: - controlling the antenna nodes to maintain a respective reception radio lobe (313, 321) and a respective transmission radio lobe (314, 322) substantially along the path such that the wireless communication device during movement along the path between consecutive antenna nodes can communicate with the network node via consecutive reception radio lobes and via consecutive transmission radio lobes and such that a respective reception radio lobe of consecutive antenna nodes along the path are opposing each other and such that a respective transmission radio lobe of consecutive antenna nodes along the path are opposing each other characterised in that the method further comprises: - determining whether or not the wireless communication device is high-speed enabled, i.e. enabled to improve the performance in a high speed movement scenario involving such a radio lobe arrangement, - if it is determined that the wireless communication device is not high-speed enabled, then: - determining a position of the wireless communication device, said position being in relation to a first antenna node located behind the wireless communication device and a second antenna node located ahead of the wireless communication device, and - controlling scheduling of communication at least to the wireless communication device by: - determining, based on the position of the wireless communication device, a closest distance to any of the first and the second antenna node, - if the closest distance is greater than a first distance threshold, not scheduling non-time critical communication to the wireless communication device. - controlling the antenna nodes to maintain a respective reception radio lobe (313, 321) and a respective transmission radio lobe (314, 322) substantially along the path such that the wireless communication device during movement along the path between consecutive antenna nodes can communicate with the network node via consecutive reception radio lobes and via consecutive transmission radio lobes and such that a respective reception radio lobe of consecutive antenna nodes along the path are opposing each other and such that a respective transmission radio lobe of consecutive antenna nodes along the path are opposing each other - determining whether or not the wireless communication device is high-speed enabled, i.e. enabled to improve the performance in a high speed movement scenario involving such a radio lobe arrangement, - if it is determined that the wireless communication device is not high-speed enabled, then: - determining a position of the wireless communication device, said position being in relation to a first antenna node located behind the wireless communication device and a second antenna node located ahead of the wireless communication device, and - controlling scheduling of communication at least to the wireless communication device by: - determining, based on the position of the wireless communication device, a closest distance to any of the first and the second antenna node, - if the closest distance is greater than a first distance threshold, not scheduling non-time critical communication to the wireless communication device. - determining a position of the wireless communication device, said position being in relation to a first antenna node located behind the wireless communication device and a second antenna node located ahead of the wireless communication device, and - controlling scheduling of communication at least to the wireless communication device by: - determining, based on the position of the wireless communication device, a closest distance to any of the first and the second antenna node, - if the closest distance is greater than a first distance threshold, not scheduling non-time critical communication to the wireless communication device. - determining, based on the position of the wireless communication device, a closest distance to any of the first and the second antenna node, - if the closest distance is greater than a first distance threshold, not scheduling non-time critical communication to the wireless communication device.