Abstract: A method and system of communicating measurement information associated with user equipment in a wireless communication network environment is provided. The method and system include a connection re-establishment request message is transmitted to a target base station associated with a target cell when a handover failure is detected. Then, a connection re-establishment response message is received from the target base station. Furthermore, a connection re-establishment complete message is transmitted to the target base station upon successful re-establishment of the wireless connection between the user equipment and the target base station, where the connection re-establishment complete message includes an indication of availability of measurement information associated with the handover failure with the user equipment. Additionally, a request to transmit the measurement information is received from the target base station. Moreover, the measurement information (e.g., radio conditions, RAT type, etc.

Abstract: A circuit includes an input node configured to receive a test address input signal and circuitry configured to generate, from a first part of the test address input signal, a first address signal that selects a first address of a first part of a circuit to be tested and further generate, from a second part of the test address input signal, a second signal configured to select a second part of the circuit to be tested. Test circuitry is then configured to use the first address and the second part in a test mode.

Abstract: A routing system utilizes a layer 2 switch interconnecting several routers to intelligently forward multicast packets throughout an internet exchange carrying multicast content. The layer 2 switch performs protocol snooping to extract a lookup key that is based on network layer protocol information. The lookup key is uniquely formulated to support either shared or explicit source distribution trees. The lookup key is used to query a forwarding memory that returns an outgoing port index. The outgoing port index points to one or more outgoing ports that are eligible to receive the multicast packet. The outgoing ports are also connected to the neighboring device(s) that are designated to receive the multicast packet. The routing system also supports real time maintenance and updating of the forwarding memory based on the periodic exchange of control messages. The routing system is configured to support PIM routers operating in PIM SM or PIM SSM modes.

Abstract: A method and system for aggregating component carriers across frequency bands are provided. The method includes aggregating a DL carrier of a first cell associated with a first frequency band with an UpLink (UL) carrier of a second cell associated with a second band, wherein the first cell includes an aggregated downlink carrier and an unused uplink carrier; communicating cross-linking information for carrier aggregation associated with the DL carrier of the first frequency band with the UL carrier of the second frequency band to a plurality of user equipments; and performing data transfer with each of the plurality of user equipments using the aggregated DL carrier of the first frequency band and the UL carrier of the second frequency band.

Abstract: Method and apparatus are provided for communicating availability and removal of one or more CCs in a cell. The one or more CCs that are available in the cell of a wireless communication network are determined, or a need to release one or more CCs that are active in the cell of a wireless communication network is detected. Availability of or the need to release the one or more CCs in the cell is communicated to a plurality of mobile stations. Each of the plurality of mobile stations is allowed to use or de-activate the one or more CCs in the cell.

Abstract: The subject invention provides advantageous new media formulations, methods for their production, methods for cultivating cells using the media as well as compositions thereof and their use for enhanced expression of recombinant proteins. In certain embodiments, the subject invention provides media for use in producing recombinant proteins in yeast systems, such as Pichia pastoris.

Abstract: A circuit topology in accordance with a system, method and device for an active power splitter with an input and at least two outputs which allows the use of negative feedback and thus improving stability and linearity without substantially increasing the noise figure of the system is provided.

Abstract: Two or more transceiver units can interact with each other via millimeter wave radio frequency signals. One of the transceiver units can detect time-varying signals having specific waveforms in order to initiate an action such as establishment of a communication link, powering a piece of equipment and the like. The time-varying signal can be generated by a user moving one of the transceiver units and/or by passing an non-transmissive obstruction in between the transceiver units. Related apparatus, systems, and methods are also disclosed.

Abstract: A circuit for processing a clock signal including first and second clock edges of different polarities, the circuit including an inverter for inverting a first clock edge to generate an inverted first clock edge and inverting a second clock edge to generate an inverted second clock edge; a first pass gate for receiving the inverted clock edge and outputting a first trigger signal of a first polarity; and a second pass gate for receiving the second clock edge and outputting a second trigger signal of the first polarity, wherein the second pass gate is controlled to open responsive to the inverted second clock edge; whereby the delay between the first clock edge and the first trigger signal is substantially equal to the delay between the second clock edge and second trigger signal.

Abstract: The present invention provides a method and system for communicating physical cell identifier information to mobile stations. In one embodiment, a method includes detecting a need to change a physical cell identifier associated with a cell in a telecommunication network used for serving the mobile station. The method also includes communicating physical cell identifier information to the mobile station based on the detected need to change the physical cell identifier. The method includes employing another physical cell identifier associated with the cell based on the communicated physical cell identifier information. The physical cell identifier information is communicated in one or more modification periods such that said another physical cell identifier is employed by the base station and the mobile station at a boundary of one of the modification periods. Moreover, the method includes continue serving the mobile station based on the employed said another physical cell identifier.

Abstract: A circuit for processing a clock signal including first and second clock edges of different polarities, the circuit including an inverter for inverting a first clock edge to generate an inverted first clock edge and inverting a second clock edge to generate an inverted second clock edge; a first pass gate for receiving the inverted clock edge and outputting a first trigger signal of a first polarity; and a second pass gate for receiving the second clock edge and outputting a second trigger signal of the first polarity, wherein the second pass gate is controlled to open responsive to the inverted second clock edge; whereby the delay between the first clock edge and the first trigger signal is substantially equal to the delay between the second clock edge and second trigger signal.

Abstract: A read only memory cell circuit is provided. The memory cell circuit includes at least one memory cell. A pair of bit lines associated with each memory cell is provided which form a complementary output. The at least one memory cell is configured to be coupled to first or second of the bit line pair.

Abstract: Solutions are provided that allow a network device to apply flow control on the MAC layer while taking into account the priority of the frame of traffic. This may be accomplished by generating a frame indicating that traffic flow should be paused, while utilizing a new opcode value, or alternatively by utilizing a new type/length value (possibly combined with a new opcode value). A receiving device may then examine the fields of the frame to determine whether it should use priority-based pausing, and then examine other fields to determine which priority-levels to pause and for how long. This allows for improved efficiency in flow control on the MAC layer.

Abstract: A memory architecture includes a plurality of local input and output circuitries, with each local input and output circuitry associated with at least one memory bank. The memory architecture also includes a global input and output circuitry, which includes a plurality of global sub-write circuitries, is coupled to the plurality of local input and output circuitries One global sub-write circuitry is enabled and provides a write-data to a selected local input and output circuitry.

Abstract: A circuit includes an input node configured to receive a test address input signal and circuitry configured to generate, from a first part of the test address input signal, a first address signal that selects a first address of a first part of a circuit to be tested and further generate, from a second part of the test address input signal, a second signal configured to select a second part of the circuit to be tested. Test circuitry is then configured to use the first address and the second part in a test mode.

Abstract: A compact millimeter-wave transmitter and receiver make use of interconnections within a chip-containing package for providing an integrated antenna. Due to shorter wavelength of millimeter-waves, these interconnections can be used as antennas for radiation of electromagnetic waves. A dielectric cover or lens is provided within the package to increase the antenna's directivity and to provide a mechanical shield for the chip.

Abstract: An embodiment of the present invention discloses a system and method for decoding multiple independent encoded audio streams using a single decoder. The system includes one or more parsers, a preprocessor, an audio decoder, and a renderer. The parser extracts individual audio frames from each input audio stream. The preprocessor combines the outputs of all parsers into a single audio frame stream and enables sharing of the audio decoder among multiple independent encoded audio streams. The audio decoder decodes the single audio frame stream and provides a single decoded audio stream. And the renderer renders the individual reconstructed audio streams from the single decoded audio stream.

Abstract: Methods are provided for efficiently storing data to a data storage device or subsystem. The data storage device may be a Solid-State Device (SSD), and may be implemented as part of a RAID (Redundant Array of Independent Disks) or other subsystem. When existing data is read and updated, and must be re-stored, the data is assembled and stored as if it were new data, and is written in a sequential manner, instead of being written to the same storage location. A newer generation number distinguishes it from the previous version. If the storage subsystem employs data striping, stripe size may be matched with the size of a logical collection of data (e.g., an extent), so that each such logical collection of data is wholly stored on just device in the storage subsystem. Concurrent device access may be supported by concurrently writing substripes of data to each device/extent.

Abstract: A system and method are provided for warming a network intermediary (e.g., a proxy, a transaction accelerator) to enable it to provide effective optimization (e.g., data reduction) without a cold start. When a pair of network intermediaries cooperate to optimize a communication connection (e.g., between a client and a server), either or both intermediaries may form branch channels with one or more peers. Via these branch channels, the intermediaries may forward optimization information such as data references received from the other intermediary (i.e., in place of data segments, as part of a data reduction scheme), and/or resolve unknown references.

Abstract: A memory architecture includes a plurality of local input and output circuitries, with each local input and output circuitry associated with at least one memory bank. The memory architecture also includes a global input and output circuitry, which includes a plurality of global sub-write circuitries, is coupled to the plurality of local input and output circuitries One global sub-write circuitry is enabled and provides a write-data to a selected local input and output circuitry.