Abstract:
Minimization of drive tests, MDT, in a radio access network, RAN, comprises determining (506), during a procedure of setting up a connection between the UE and the RAN, that an expected response from the RAN is faulty. As a consequence of determining that the expected response is faulty, at least one measurement of data relating to the faulty response is captured (508). The at least one measurement of the data relating to the faulty response is then transmitted (512) to the RAN.
Abstract:
A pipe end is expanded by an expander tool (1) comprising a plurality of jaws (10), which are radially movable in relation to a center axis between a retracted position and expanded position. The jaws (10) when retracted are intended to be inserted into the pipe end. The jaws (10) have outer jaw surfaces which are intended for engagement with the inner surface of the pipe end and which lie adjacent to one another in the retracted position of the jaws (10). The tool (1) further comprises a piston (2) or a cone with a tapered end for moving the jaws (10) between said positions and means moving the piston (2) or the cone in a reciprocating manner in the axial direction for expanding the pipe end. The tool (1) further comprises support structures whereby the jaws (10) are supported in a circumferential direction in the expanded position. A method for expanding a pipe using such a tool is also disclosed.
Abstract:
A method of controlling access rights for changing configuration of an electronic device is disclosed. The device comprises at least two subsystems, a mutex and a plurality of registers, wherein the subsystems share the same resource. The method comprises the steps of locking (106) the mutex by said first subsystem if a status of said mutex is free (102); checking (108) if the new configuration will adversely affect said second subsystem and if said checking shows that there is no adverse effect on said second subsystem then writing (116) said new configuration setting to a register for storing a configuration request.
Abstract:
The present invention relates to a method and a transmitting unit for reducing a risk of transmission stalling between a transmitting unit and a receiving unit in a communication network system comprising said transmitting unit arranged to transmit data blocks to said receiving unit. Each data block comprises a block sequence number and transmitted data blocks are stored in a transmission buffer. A transmission buffer window is arranged to control the flow of retransmission of said transmitted data blocks. When the block sequence number has been acknowledged in a piggybacked acknowledgement/negative acknowledgement field, it is only set as acknowledged upon receipt of a packet uplink acknowledgement/negative acknowledgement message or a packet downlink acknowledgement/negative acknowledgement message comprising an acknowledgement for said block sequence number.
Abstract:
A plasmid DNA construct comprising essentially DNA sequences endogenous to mammalian cells excluding DNA sequences of viral origin including the gene encoding a mammalian beta -nerve growth factor ( beta -NGF) or an active polypeptide fragment thereof, and DNA sequences necessary for replicating the plasmid in a bacterial cell; and a method for the treatment of neurodegenerative diseases.
Abstract:
This disclosure pertains to a method in a network node, a method in user equipment, a network node and user equipment in a wireless communications network. More particularly, there is provided methods and platforms for network based control of report messages comprising logged measurements in a wireless communications network. In accordance with some example embodiments, a UE (30) that has stored logged data i.e. logged measurements that are bigger than a single transmission packet,i.e. report message, segments the logged measurements and sends only a portion of the logged measurements that fits into a single report message. The UE (30)also indicates to a network node (28) that additional logged measurements exist at the UE buffer (44).
Abstract:
The invention relates to informing a network node of a wireless communication network (10) of the presence of logged measurements. A first mobile station performs (78) measurements concerning one or more connectivity aspects for the first mobile station in relation to the wireless communication network and stores the measurements in an internal log, where the measurements are performed according to a reporting configuration for the first mobile station. The first mobile station then sends (82) a notification to the first network node regarding the presence of logged measurements in order to enable the first network node to respond to the notification with a request for a logged measurement report.
Abstract:
The invention relates to providing of measurement reports to a wireless communication network from a mobile station. A first mobile station performs measurements concerning one or more connectivity aspects for the first mobile station in relation to the wireless communication network and stores the measurements in an internal log, where the measurements are performed according to a reporting configuration for the first mobile station. A first network node (NN) of the network sends (73) a request for a logged measurement report, which is received by the first mobile station (MS). The first mobile station then sends (86) a logged measurement report as a response to the, which report is then received by the first network node.
Abstract:
In some embodiments herein a method in a first communication device (10) for determining a power mode for a base station to enter is disclosed. The first communication device (10) determines cell load indicating user equipment activity within a first local cell A of the base station. Furthermore, the first communication device (10) receives cell load information from a second communication device (20) comprising an indication of user equipment activity within a second cell B associated to the second communication device (20), and determines the power mode for the base station to enter based on- the received cell load information and the determined load in the first local cell (A).
Abstract:
The present invention relates to a 2G controlling entity (104) in a common 2G/3G network, wherein the common 2G/3G network comprises a common Core Network, CN, (102) connected to the 2G controlling entity (104) further 5 connected to dual mode mobile stations and to a 3G controlling entity (106) further connected to dual mode mobile stations, the 2G controlling entity (104) comprises means for applying (301) a 3G camping strategy and means for receiving a service request for a service at least supported by the 2G network performed by a dual mode mobile station. The 2G controlling entity 10 (104) comprises means for instructing (303) the dual mode mobile station when connected to the 2G network to perform cell reselection evaluation of 3G network cells (110) only when the 2G network (108) signal strength is below a predetermined threshold. The present invention also relates to a method and to a common 2G/3G network.