Abstract: Arrangements with wireless transmitter having: transmission operation processing unit allocating first header information (FHI) including physical address (PA) information to a header, allocates first data error checking code (FDECC) for detecting an error of FHI, second header information (SHI) as redundant header information of FHI, second data error checking code (SDECC) for detecting an error of SHI, divides data field into cell units, and adds third error checking code to each cell, to generate the communication frame; and a wireless transmission unit. A wireless receiver with: wireless receiving unit receiving the frame; reception operation processing unit checking if errors exists in FHI based on FDECC allocated to data field, and if an error, further checks if error in SHI based on SDECC, and if no error, generates a predetermined PA by using SHI, and judges if received communication frame is addressed to own wireless receiver based on generated predetermined PA.

Abstract: A method for supporting cross carrier indication of a control channel change notification for at least one wireless communication unit that is operating on a first serving communication cell and has been configured with access to at least one second serving communication cell in a wireless broadcast communication system. The method includes, at the base station: generating a message including a broadcast service identifier, wherein the broadcast service identifier identifies a control channel change of the at least one second serving cell accessible by the at least one wireless communication unit; and transmitting the message to the at least one wireless communication unit.

Abstract: A method of operating a wireless communication system (FIG. 4) is disclosed. The method includes receiving a plurality of reference signals from a respective plurality of transceivers (402). Each, of the plurality of reference signals is measured to produce a respective plurality of channel state information (CSI) measurements (404). An aggregated channel quality indicator (CQI) is calculated from measuring the plurality of reference signals (406). The aggregated CQI is transmitted to at least one transceiver of the respective plurality of transceivers (408).

Abstract: A method for resource assignment, base station and terminal equipment. The method includes: determining resource block group sizes or numbers of resource block subsets to which a stand-alone carrier and a carrier segment correspond; and assigning a resource to terminal equipment according to the resource block group sizes or the numbers of the resource block subsets. With this method, waste of RBs in the resource assignment type 0 may be avoided on the one hand, and on the other hand, a solution for resource assignment of the resource assignment type 1 is provided.

Abstract: A method, base station and controller for allocating PS traffic in mobile networks which provide a plurality of RATs (multi-RAT networks) for supporting Packet Services, which comprises: identifying more than one RAT with free bandwidth, determining a type of traffic which belongs to a PS connection initially established over a initial RAT, classifying Packet Services by taking into account at least one parameter which is the previously determined type of traffic, selecting at least one of the identified RAT for establishing the PS connection in accordance to the previous classification of the Packet Service. The classification of the Packet Service can additionally take into account other parameters: QoS, measured RTT, load of each RAT and combination of these parameters.

Abstract: Presented herein are techniques for detection and characterization of buffer occupancy of a buffer in a network device. Packets are received at a network device. The packets are stored in a buffer of the network device as they are processed by the network device. An occupancy level of the buffer is sampled at a sampling rate. Occupancy levels of the buffer over time are determined from the sampling, and traffic flow through the network device is characterized based on the occupancy levels.

Abstract: Providing media management services includes creating an account record for a first user of the media management services, allocating a first storage space to the first user that is accessible to the first user via user credentials assigned to the first user, creating an account record for a second user of the media management services, and allocating a second storage space to the second user that is accessible to the second user via user credentials assigned to the second user. The media management services also include sharing the second storage space with the first user based on a device identifier of a media recording device that is common to both the first account record and the second account record.

Abstract: A circuit arrangement for a mobile communications unit of a motor vehicle, having a first mobile communications module for a mobile communications transmission according to a first mobile communications standard, a second mobile communications module for a mobile communications transmission according to a second mobile communications standard and a reading unit for reading identification data from a chip card. For a reliable mobile communications connection, both for telephony and for the transmission of other digital data using control devices and personal computers, the circuit arrangement is configured to operate the two mobile communications modules simultaneously, and the reading unit is configured for the simultaneous operation of the two mobile communications modules to receive identification data from two subscriber identification modules from the same chip card and to transmit the identification data of a respective subscriber identification module to one of the two mobile communications modules.

Abstract: Techniques for improving the performance of flow control mechanisms such as Pause are provided. The techniques provide for maintaining a fair distribution of available bandwidth while also allowing for fewer packet drops, and maximizing link utilization, in a distributed system. For example, in one embodiment, techniques are provided for achieving a fair share allocation of an egress port's bandwidth across a plurality of ingress ports contending for the same egress port.

Abstract: A method, router node, and set of instructions for using express virtual channels in a component network on a chip are disclosed. An input link 302 may receive an express flow control unit from a source node 102 in a packet-switched network via an express virtual channel 110. An output link 306 may send the express flow control unit to a sink node 106. A switch allocator 322 may forward the express flow control unit directly to the output link 306.

Abstract: Discloses is a computer network system comprising a plurality of network management tools, a network segment comprising a plurality of hardware devices, and a proxy for interconnecting network management tools with the network segment. Each of the network management tools is assigned at least one functionality for monitoring and controlling at least one hardware device which is polled by the network management tools. The functionalities from different network management tools are separate from each other, and the proxy is set up to consolidate requests from the different network management tools and to focus the requests on one single request to the device to be controlled by the different network management tools.

Abstract: Embodiments of the present invention disclose a resource scheduling method, a radio access device, and a communications system. In a solution provided in an embodiment of the present invention, a radio access device first measures an interference parameter value corresponding to each uplink resource block of a first communications system; when a first terminal accessing the first communications system needs to transmit uplink data, measures a channel condition parameter value of an uplink channel of the first terminal; if a current channel condition of the uplink channel of the first terminal is relatively good, allocates an uplink resource block, whose interference parameter value is greater than a first interference threshold, of the first communications system to the first terminal; and if relatively poor, allocates an uplink resource block, whose interference parameter value is less than the first interference threshold, of the first communications system to the first terminal.

Abstract: A method of transmitting at least one data stream by a transmitter in a wireless communication system is provided. The method includes generating a preamble section including signaling information and a data section including at least one data stream; generating a frame including the preamble section and the data section; and transmitting the generated frame, wherein the signaling information includes first information including information related to the at least one data stream.

Abstract: Provided is a method and apparatus for executing an uplink channel power control in dual connectivity configuration when power is limited. An appropriate power controlling method may be determined based on a priority, and may be applied to a UE that has dual connectivity with a Master eNB (MeNB) and a Secondary eNB (SeNB) in a network.

Abstract: A method and apparatus can be configured to detect that a signaling strength of a first network entity has dropped below a threshold. The method can also include transmitting a measurement report to the first network entity. The method can also include receiving radio-resource-control reconfiguration information from the first network entity. The method can also include transmitting a scheduling request to a second network entity, wherein a random-access-channel procedure is avoided.

Abstract: A transmission apparatus includes an acquisition device that acquires a switch request for plural types of transmission sections overlapping with one another at least at apart of the sections, a selection device that selects one of the switch requests for plural types of transmission sections according to priority level information about a priority level corresponding to each of the plural types of transmission sections, and a switch device that switches the transmission paths depending on the selected switch request.

Abstract: The present invention relates to a method of providing, by a UE served in a small-scale cell, information about surrounding UEs in a wireless communication system in which a macro cell and the small-scale cell coexist. The method can include the steps of: carrying out a handover from the macro cell to the small-scale cell; after completion of the handover, overhearing a signal transmitted by the UE; measuring signal intensities of the surrounding UEs; and, if the signal intensities meet predefined conditions, delivering information about the surrounding UEs to the small-scale cell.

Abstract: Method and devices for generating a parallel binary representation of an HDBaseT® physical modulation. The method and devices include generating series-consisting-4-binary-symbols, each represents a physical modulation of one HDBaseT compliant symbol. The series-consisting-4-binary-symbols are transmitted over eight binary channels, where each series-consisting-4-binary-symbols is transmitted serially over one of the binary channels using transmission rate that is twice the HDBaseT rate.

Abstract: Certain aspects of the present disclosure provide methods and apparatuses for determining a packet number for a packet, based on a transmit packet number (TPN), transmitted with the packet, a locally maintained base packet number (BPN), and a value of the TPN relative to one or more edges of a locally-maintained receive window. An example method generally includes receiving a packet having a transmitted packet number (TPN), maintaining a base packet number (BPN), maintaining a receive window defined by a first edge a and a second edge b, determining a value i of the TPN relative to at least one of the first edge a or the second edge b of the receive window, and calculating a packet number (PN) for the packet based on the TPN, the BPN, and the determination.

Abstract: Methods, systems, and devices are described for determining a quality estimation of a wireless network that may be used to determine whether a particular wireless network meets one or more criteria for association with a station. The quality estimation may be based on a load quality of a basic service set (BSS) of an available wireless network and/or one or more wide area network (WAN) metrics associated with the wireless network. A station may evaluate such load quality and WAN metrics prior to association, and/or after association with a wireless network.