Abstract: Certain aspects direct to a system having at most four service processors (SP's). Each of the at most four SP's is assigned with a logical unit number (LUN) of 0 to 3. When the SP receives a message packet, the SP identifies the message packet based on the header of the message packet. The header uses a LUN field to identify a corresponding SP as a destination of the message packet. For the LUN 0 SP, when the message packet is identified as a request message packet for the LUN 0 SP, the SP processes the request message packet to generate a corresponding response message packet. When the message packet is identified as a request message packet for other SP's (LUN 1-3), the SP saves a copy of the header of the request message packet for later response use, and forwards the request message packet to the destination.

Abstract: There is herein described a method for transmitting data packets from a first device through a switch to a second device. The method is performed at an intercepting device intermediate the first device and the switch device. The method comprises receiving a first data packet from the first device, determining that the first data packet is to be transmitted to the second device and determining whether the first data packet is of a first type that can not be transmitted from the intercepting device to the second device through the switch. If it is determined that the first data packet is of the first type, the method comprises encapsulating the first data packet within a second data packet, the second data packet being of a second type that can be transmitted from the intercepting device through the switch to the second device, and transmitting the second data packet through the switch to the second device.

Abstract: A system, a method and an apparatus are described. The apparatus comprise a modem that determines frequencies at which a transceiver of a wireless device is susceptible to interference generated by a different transceiver of the wireless device, and that modifies a search for a radio access network based on the one or more frequencies. The first transceiver may be susceptible to the interference by means of transmission of the interference through one or more circuits within the wireless device. A threshold power level may be modified based on an estimate of the power of the interference. The threshold power level may be used to determine presence of a pilot signal. The interference may be modeled based on a list of frequencies associated with one or more subscriptions of the wireless device. An order of searching for pilot signals may be modified.

Abstract: The method and apparatus of the present invention concern the enablement and disablement of at least one identifier of a network device, which is capable of allowing connecting to a plurality of wide area network (WAN) connections through at least one wireless local area (WLAN) network connection. When a first WAN network connection does not meet at least one condition, the at least one corresponding identifier of said first WAN network connection are disabled and other identifiers not corresponding to said first WAN network connection are not affected. When first WAN network connection meets all said conditions again, said at least one corresponding identifier of said first WAN network connection are enabled again.

Abstract: A method for coordinated transmission in a plurality of cells of a wireless communication system, wherein a user equipment triggers coordinate transmission of a plurality of cells if it detects an interference condition between signals received by the plurality of cells, the user equipment detecting the interference condition based on a radio quality metric dynamically set by the network and triggering coordinate transmission by transmitting a trigger signal to at least a cell of the plurality of cells. A radio equipment and a user equipment for use in a wireless communication system can implement coordinated transmission with the method.

Abstract: A method for measuring the indoor position of a UE by a network node according to an embodiment of the present invention may include: receiving, from the UE, measurement information including the intensity of a signal received from an access point (AP) and feedback information including information about a sensor configured to measure movement of the UE and sensor measurement information regarding movement of the UE, measured by the sensor; estimating the position of the UE based on the measurement information and received signal strength (RSS) from the AP, predetermined for each reference point; and calculating the indoor position of the UE by applying the information about the sensor and a sensor correction factor corresponding to the sensor measurement information to the estimated position of the UE.

Abstract: The disclosure relates to a method in a mobile communication network for configuring the network for downlink multicarrier data transmission from a network node to a mobile terminal. The method includes the step (210) of receiving a mobile terminal capability signalling in a network node. In a subsequent step (220) at least two carriers are assigned to the mobile terminal in a downlink multicarrier assignment based on information received in the mobile terminal capability signalling. The method also includes a further step of allocating (230), in each radio block period, one or more of the assigned carriers for communication with the mobile terminal. The disclosure also relates to a mobile terminal configured to receive downlink multicarrier data transmission, and a network node configured for downlink multicarrier data transmission.

Abstract: A method for maintaining network lifetime of a wireless network in wireless communication system, the network including a plurality of device nodes. Selected ones of the wireless nodes have assigned roles in the wireless network. To improve and maintain network lifetime the method includes determining a below threshold operating condition of a first sensor node assigned to a first role and re-assigning the first role to another second node in said network. In other aspects of the invention a method, system and a computer program for carrying out the method are described.

Abstract: The invention discloses a method of transferring multicast data, a method for updating a multicast tree, a system and a device thereof, the main technical solution comprise: a first Mobile Access Gateway (MAG) receives pre-handover message transmitted from a Multicast Source before it handovers from the current accessed first MAG to the second MAG; the first MAG according to the second MAG ID carried in the pre-handover message, establishes a bidirectional tunnel with the second MAG; and the first MAG multicasts multicast data from a Multicast Source, based on the established bidirectional tunnel and the definitive post-handover multicast mode which is the multicast mode adopted by the Multicast Source after handovers to the second MAG.

Abstract: Methods are provided for metering the usage, on a group of lines subject to a group user agreement, of the data processing capacity of a network. Implementations include steps of receiving usage reports from respective lines of the group at least when usage quotas granted to the lines are exhausted; maintaining a total, over the group, of usage that has been reported by the lines and of outstanding usage quotas that have been granted to the lines; and maintaining a comparison between the total outstanding group quota and a limit that depends on the total reported group usage, so as to detect violation events when said quota violates the limit. Upon occurrence of violation events, instructions for the processors serving respective lines to reallocate quota are sent selectively.

Abstract: Embodiments of the present invention provide a logical link identifier (LLID) registration method, device, and system. The method includes: receiving, by a coax media converter (CMC), a first registration request sent by at least one coaxial network unit (CNU) that is connected to the CMC, where the first registration request carries the media access control (MAC) address of the CNU; and sending, by the CMC, in a first data window allocated to the CMC by an optical line terminal (OLT), a second registration request to the OLT, where the second registration request carries a first level LLID identifier allocated to the CMC by the OLT and the MAC address of the CNU, and the first data window is used for data exchange between the CMC and the OLT.

Abstract: A device receives a service graph of feature peers for a packet of an application flow. The feature peers are associated with a network and the service graph includes an ordered set of the feature peers and forwarding requirements for the ordered set of the feature peers. The device generates forwarding instructions based on the service graph. The forwarding instructions include instructions to forward the packet to the ordered set of feature peers. The device provides the forwarding instructions to network devices of the network. The network devices forward the packet of the application flow to the ordered set of feature peers based on the forwarding instructions.

Abstract: Systems, methods, and devices for determining an acquisition threshold boundary value and applying that boundary value to identify which incoming signals are directed to a device, based on matching the device syncword with the syncword for the incoming signal. For some implementations using ANT protocol, syncwords composed of the last four bits of the preamble and first 14 bits of the network address identify each device. Incoming syncwords are correlated with the device's syncword, and the correlation compared to threshold boundary value which is based on the characteristics of the individual syncword, including syncword bit stream inter-symbol interference.

Abstract: A method for de-mapping on a Long Term Evolution (LTE) downlink control channel is provide, which includes that: a resource element group table and a first parameter are acquired from the configuration parameters, and the resource element group table is analyzed according to the first parameter to acquire a mapping address of Physical Downlink Control Channel (PDCCH) data; a second parameter is acquired from the configuration parameters, and de-cyclic-shift processing is performed on the mapping address of the PDCCH data according to the second parameter to acquire a de-cyclic-shift address; and a third parameter is acquired from the configuration parameters, and de-interleaving processing is performed on the de-cyclic-shift address according to the third parameter to acquire a de-mapping address. Accordingly, a device for de-mapping on an LTE downlink control channel is also provided.