Abstract:
The embodiments of the invention relate to a method for a first network node (NN 1) for transmitting or retransmitting data to a second network node (NN2). The method contains receiving at the first network node (NN1) from the second network node (NN2) a feedback parameter (FP) in response to a first transmission (DT1) of at least two data segments (DS1-1, DS2-1, DS3-1) of a data packet. The feedback parameter (FP) is a number of counted data segments of the at least two data segments (DS1-1, DS2-1, DS3-1) incorrectly received or lost or correctly received at the second network node (NN2) by the first transmission (DT1). The method further contains determining at the first network node (NN 1) for a second transmission (DT2) to the second network node (NN2) the data (DS1-2, DS2-2, DS3-2, NCS, DS1 1 R, DS21 R, DS31 R) as a function of the feedback parameter (FP) and transmitting or retransmitting the data (DS 1-2, DS2-2, DS3-2, NCS, DS1 1 R, DS21 R, DS31 R) by the second transmission (DT2) from the first network node (NN 1) to the second network node (NN2). The embodiments of the invention further relate to a further method for the second network node (NN2) for receiving data transmitted or retransmitted from the first network node (NN 1). The further method (MET-NN2) contains determining at the second network node (NN2) the feedback parameter (FP) in response to the first transmission (DT1) from the first network node (NN 1) to the second network node (NN2), transmitting from the second network node (NN2) the feedback parameter (FP) to the first network node (NN 1), and receiving at the second network node (NN2) the data (DS 1-2, DS2-2, DS3-2, NCS, DS 1 1 R, DS21 R, DS31 R) by the second transmission (DT2) from the first network node (NN 1). The embodiments of the invention further relate to a first computer program, the first network node (NN 1), a second computer program and to the second network node (NN2).
Abstract:
Embodiments provide apparatuses, methods and a computer programs for a base station transceiver and a mobile transceiver. An apparatus (10) for a base station transceiver (100) of a communication system (400) comprises a transceiver module (12) operable to communicate radio signals with a plurality of mobile transceivers (200) using a plurality of radio resources. The apparatus (10) further comprises a control module (14) operable to control the transceiver module (12), and operable to receive access messages from a first subgroup of one or more mobile transceivers from the plurality of mobile transceivers using a first subgroup of the plurality of radio resources. The control module (14) is further operable to receive access messages from a second subgroup of one or more mobile transceivers from the plurality of mobile transceivers using a second subgroup of the plurality of radio resources. An apparatus (20) for a mobile transceiver (200) of a communication system (400) comprises a transceiver module (22) operable to communicate radio signals with a base station transceiver (100) using a plurality of radio resources. The apparatus (20) further comprises a control module (24) operable to control the transceiver module (22), and operable to obtain information related to a subgroup of one or more mobile transceivers the mobile transceiver (200) is associated with. The control module (24) is further operable to transmit an access message to a base station transceiver (100) using a subgroup of the plurality of radio resources. The subgroup of radio resources is based on the information related to the subgroup the mobile transceiver (100) is associated with.
Abstract:
The control module (16) of the apparatus is operable to relay data packets of the data service between the mobile transceiver (200) and the data server (300). The control module (16) is further operable to determine a control data packet for the data service between the data server (300) and the mobile transceiver (200). The control data packet is intended to maintain a connection established between the data server (300) and the mobile transceiver (200). The control module (16) is further operable to provide a reply data packet for the control data packet to the data server (300) without relaying the control data packet to the mobile transceiver (200), and/or generate and provide the control data packet to the data server (300).
Abstract:
Embodiments provide methods, computer programs and apparatuses 10, 30 for a base station transceiver 100 and a relay station transceiver 300 in a mobile communication network 400, which comprises the base station transceiver 100, a mobile transceiver 200 being associated with the base station transceiver 100 and a relay transceiver 300 being associated with the base station transceiver 100. The base station transceiver apparatus comprises a receiver 12 for receiving information on a handover request from the mobile transceiver 200, the information on the handover request indicating that the mobile transceiver 200 is in a situation in which a reception quality of the signals of the relay transceiver 300 would allow a re-association of the mobile transceiver 200 to the relay transceiver 300. The base station transceiver apparatus 10 further comprises a scheduler 14 for scheduling, subsequent to the reception of the handover request, the mobile transceiver 200 for transmission from the base station transceiver 100 to the mobile transceiver 200 on a radio resource on which transmission of the relay transceiver 300 is suspended. The apparatus 30 for the relay transceiver comprises a reception unit 32 for receiving information on a resource assignment from the base station transceiver 100 and a scheduling unit 34 for scheduling the mobile transceiver 220 for transmission or reception on a radio resource which is indicated in the information on the resource assignment.
Abstract:
The embodiments of the invention relate to a method for a first network node (NN1) for transmitting or retransmitting data to a second network node (NN2). The method contains receiving at the first network node (NN1) from the second network node (NN2) a feedback parameter (FP) in response to a first transmission (DT1) of at least two data segments (DS1-1, DS2-1, DS3-1) of a data packet. The feedback parameter (FP) is a number of counted data segments of the at least two data segments (DS1-1, DS2-1, DS3-1) incorrectly received or lost or correctly received at the second network node (NN2) by the first transmission (DT1). The method further contains determining at the first network node (NN1) for a second transmission (DT2) to the second network node (NN2) the data (DS1-2, DS2-2, DS3-2, NCS, DS1 1 R, DS21 R, DS31 R) as a function of the feedback parameter (FP) and transmitting or retransmitting the data (DS1-2, DS2-2, DS3-2, NCS, DS1 1 R, DS21 R, DS31 R) by the second transmission (DT2) from the first network node (NN1) to the second network node (NN2). The embodiments of the invention further relate to a further method for the second network node (NN2) for receiving data transmitted or retransmitted from the first network node (NN1). The further method (MET-NN2) contains determining at the second network node (NN2) the feedback parameter (FP) in response to the first transmission (DT1) from the first network node (NN1) to the second network node (NN2), transmitting from the second network node (NN2) the feedback parameter (FP) to the first network node (NN1), and receiving at the second network node (NN2) the data (DS1-2, DS2-2, DS3-2, NCS, DS1 1 R, DS21 R, DS31 R) by the second transmission (DT2) from the first network node (NN1). The embodiments of the invention further relate to a first computer program, the first network node (NN1), a second computer program and to the second network node (NN2).
Abstract:
The invention concerns a method for establishing a direct communication in a communication network between a first device (UE1) served by a first base station (BS1) and a second device (UE2) served by a second base station (BS2), wherein a base station of said first and second base station (BS1, BS2) is determined as master base station (BS1) for coordination of said direct communication, at least one device of said first and second device (UE1, UE2) performs signal measurements of signals sent by another device of said first and second device (UE1, UE2), said at least one device of said first and second device reports results of said measurements of signals to the master base station (BS1), the master base station (BS1) decides based on said results whether the direct communication shall be established, and base stations (BS1, BS2), a gateway (PDNGW) and a device (UE2) therefor.
Abstract:
The invention concerns a method for performing a handover of a user terminal (UE_A_MA) in a wireless communication network (CN), wherein a permission for performing a handover from a base station of a first operator (MA) to a base station of a second operator (PB, MB) depends on at which of said first and second operator said user terminal (UE_A_MA) is registered, and a base station (MA) and a user terminal (UE_A_MA) therefor.
Abstract:
The invention relates to a method (MET1) for selecting a transmission mode at a mobile station (MS) for a transmission of radio frequency signals (RFS) from the mobile station (MS) using a radio access technology. The method (MET1) contains the steps of selecting (M1/5) at the mobile station (MS) one of two or more transmission modes of the radio access technology for the transmission, and transmitting (M1/17) from the mobile station (MS) the radio frequency signals (RFS) with the selected one of the two or more transmission modes. The invention further relates to a mobile station (MS), to a network node (NN), and to a communication network (RCS).