Abstract: Embodiments of the present disclosure relate to for handover. In response to reception of a request for handover of a second device from a third device to a first device, the first device transmit to the third device an indication that a radio bearer for the second device is to be changed from a split bearer terminated in a fourth device to a Master Cell Group bearer terminated in the first device, the second device being in dual connectivity with the third and fourth devices. The first device receives from the third device a transmission status of data associated with the radio bearer.

Abstract: Methods and apparatus for controlling devices capable of device-to-device communication are disclosed. A network node determines at least two resource allocations for device-to-device communication between the devices. Information about the at least two resource allocations is then communicated to at least one of the devices for device-to-device communication. The device can then communicate with another device capable of device-to-device communication using one of the at least two resource allocations.

Abstract: A technique may include receiving, by a user device from a base station, a cell weight for each of one or more cells; determining, by the user device, one or more link-specific factors for each of a plurality of uplink wireless links; determining, by the user device, a link-specific weight for each of a plurality of uplink wireless links based on the one or more link-specific factors for the uplink wireless link; determining, by the user device, an overall link weight for each of the plurality of uplink wireless links based on the cell weight of a cell for the uplink wireless link and the determined link-specific weight for the uplink wireless link; and selecting, by the user device based on the overall link weight for each of the plurality of uplink wireless links, one or more uplink wireless links for transmitting data.

Abstract: The invention relates to an apparatus comprising: at least one processor and at least one memory including a computer program code, the at at least one memory and the computer program code configured to, with the at least one processor, cause the apparatus at least to: transmit an indication of device-to-device communications between a plurality of user devices to an access node; receive an information on a configuration for device-to-device control information signaling via the access node, and transmit the device-to-device control signalling according to the informed configuration via the access node.

Abstract: Methods and apparatus for controlling devices capable of device-to-device communication are disclosed. A network node determines at least two resource allocations for device-to-device communication between the devices. Information about the at least two resource allocations is then communicated to at least one of the devices for device-to-device communication. The device can then communicate with another device capable of device-to-device communication using one of the at least two resource allocations.

Abstract: An example technique may include measuring a wireless link between a user device and an access point to obtain a first set of measurement values, detecting that the wireless link is temporarily blocked during the measuring, modifying, based on the wireless link being temporarily blocked, the first set of measurement values to obtain a second set of measurement values, and sending, to a network device, a report indicating the second set of measurement values.

Abstract: The present invention addresses apparatuses, methods and computer program product for providing enhanced codeword re-transmission for multi-codeword in 4 antenna branch HSDPA MEMO wireless communication network, thereby preventing getting stuck in higher than rank 1transmissions. When a negative acknowledgement signaling is received from a terminal upon transmission including a first and a second codeword to the terminal, the codeword not associated with the negative acknowledgement signaling is replaced with a temporary codeword, and a transmission a re-transmission of the codeword associated with the negative acknowledgement signaling and the temporary codeword to the base station is caused.

Abstract: The present invention addresses apparatuses, methods and computer program product for providing enhanced codeword re-transmission for multi-codeword in 4 antenna branch HSDPA MEMO wireless communication network, thereby preventing getting stuck in higher than rank 1 transmissions. When a negative acknowledgement signaling is received from a terminal upon transmission including a first and a second codeword to the terminal, the codeword not associated with the negative acknowledgement signaling is replaced with a temporary codeword, and a transmission a re-transmission of the codeword associated with the negative acknowledgement signaling and the temporary codeword to the base station is caused.

Abstract: A device and a method are disclosed for severing a bead of adhesive of a motor vehicle window pane. A cutting wire is firstly introduced into a gap between the window pane and the body flange, the cutting wire then being guided around the bead of adhesive, one first end of said cutting wire preferably being fixed outside the vehicle, preferably to the windshield wiper shaft, the second end of the cutting wire being inserted through the bead of adhesive and fixed to a winding device, and the bead of adhesive is severed by means of the cutting wire by reeling in the cutting wire with the aid of the winding device.

Abstract: The invention provides a device and a method for cutting through an adhesive bead of a pane using a motor-driven winding-up device. The winding-up device includes a coil adapted to wind up a cutting wire for cutting through the adhesive bead and can be coupled, via a coupling that can be disengaged, to a suction disk that can be located on the vehicle inside in such a way that, preferably, the winding-up device is rotatably received on the suction disk. When the winding-up device is driven, it will therefore align itself automatically to the cutting wire.

Abstract: A device and a method are disclosed for severing a bead of adhesive of a motor vehicle window pane. A cutting wire is firstly introduced into a gap between the window pane and the body flange, the cutting wire then being guided around the bead of adhesive, one first end of said cutting wire preferably being fixed outside the vehicle, preferably to the windshield wiper shaft, the second end of the cutting wire being inserted through the bead of adhesive and fixed to a winding device, and the bead of adhesive is severed by means of the cutting wire by reeling in the cutting wire with the aid of the winding device.