Abstract: A method for determining transmission power for a user in a network. The method includes receiving a plurality of interference indicators by a user which is associated with a sector. The plurality of interference indicators corresponds to a plurality of sectors respectively each associated with one of a plurality of users and a base station. The method further includes processing at least information associated with the plurality of interference indicators and selecting an interference indicator based on at least information associated with the plurality of interference indicators. The selected interference indictor corresponds to one of the plurality of sectors. Additionally, the method includes determining a gain indicator corresponding to both the user and the one of the plurality of sectors, and processing information associated with the gain indicator.

Abstract: The invention relates to a method for controlling feedback of mobile terminals receiving via an air interface of a mobile communication system a multicast or broadcast service transmitted or forwarded by a feedback control entity and to a mobile terminal, the feedback control entity using this method. Further, a system comprising a feedback control entity and a mobile terminal receiving a multicast or broadcast service is provided. To enable configurable and adaptive feedback for multicast or broadcast services provided via an air interface maintaining the end-to-end session concept the invention suggests selecting a subset of the mobile terminals of the mobile communication system and which receive the multicast or broadcast service for providing feedback to a feedback control entity. In one embodiment of the invention the terminals may decide whether to provide feedback based on a probabilistic experiment performed based on parameters determined and provided by the feedback control entity.

Abstract: A disclosed mobile station includes a storage unit configured to establish a correspondence between an identifier for a downlink Layer-1 control channel associated with a downlink data channel and a physical channel parameter for an uplink Layer-1 control channel and to store the identifier and the physical channel parameter; and a unit configured to determine the physical channel parameter based on the identifier and generate the uplink Layer-1 control channel. A disclosed base station includes a storage unit; a unit configured to measure reception quality based on a signal transmitted from the mobile station, select the physical channel parameter and generate the downlink Layer-1 control channel corresponding to the physical channel parameter; and a transmitting unit configured to transmit control information on the generated downlink Layer-1 control channel.

Abstract: A method and apparatus for processing a floor request in a push to talk type service in which a floor is required for a first terminal to distribute media to a second terminal. The first terminal sends a floor request message to a PoC Server. The message relates to at least two different types of media content and indicates how and to what extent the granting or denial of the different media types interrelate. The message may indicate, for example, that if a first media type is denied, the others should be denied; or that the granting or denial of the first media type should not affect the other media types. The message may also indicate other conditions and relationships. The PoC Server processes the request based on the indicated interrelationships and/or conditions, and grants or denies each media type.

Abstract: A DLL circuit includes: a phase determining circuit that compares phases of respective rising edges of CK and LCLK to generate a determining signal R-U/D; a phase determining circuit that compares phases of respective falling edges of CK and LCLK to generate a determining signal F-U/D; a first adjusting circuit that adjusts a position of an active edge of LCLKR based on the determining signal R-U/D; a second adjusting circuit that adjusts a position of an active edge of LCLKF based on the determining signal F-U/D; a clock generating circuit that generates LCLK based on LCLKR and LCLKF; and a stop circuit that stops an adjusting operation by the second adjusting circuit in response to an adjusting direction of the active edge of LCLKR being opposite to each other to an adjusting direction of the active edge of LCLKF.

Abstract: A lubrication system of a vehicle engine wherein a cylinder head has a head side oil passage disposed at one end thereof along the axis of a crankshaft. A lower case of a crankcase is provided with a supply source side oil passage communicating with an oil supply source and extending parallel to the axis of the crankshaft and a branched oil passage guiding oil to the head side oil passage which branches from the supply source side oil passage and extends upwardly. An upper case side oil passage extending vertically to communicate with a head side oil passage is provided at one end of an upper case along the axis of the crankshaft. A communication passage communicating the upper end of a branched oil passage is provided in a lower case in a position inwardly from the upper case side oil passage along the axis of the crankshaft.

Abstract: A method of providing support to a user of a computer peripheral includes sensing a peripheral indicia at a computer and registering the peripheral and downloading from a server additional information about the peripheral based on the peripheral indicia. The peripheral indicia includes any of a model number, a part number, a serial number, a date of manufacturer and a configuration indicia. Registering the peripheral is performed by launching a communications browser to connect to the server. The method also senses a peripheral condition at the computer where the peripheral condition includes either an error code or a code indicative of a consumable reaching a predetermined threshold or both. This method accesses the server at an address defined by the peripheral condition, and the server provides the browser with additional information about the peripheral condition.

Abstract: An image processor is composed of a game device body, an operation panel and a display. The game device body is composed of a data processor 12 and a memory 12. The data processor realizes a hit determining circuit 112, an enemy control circuit 112, an enemy (object) set circuit 114, a cursor control circuit 114, an enemy retrieval circuit 116 and a camera control circuit 116 in accordance with corresponding programs used. When an object is displayed on the display, the cursor control circuit displays a cursor in accordance with predetermined processing performed on the basis of data on the coordinates of the object. The camera control circuit 116 performs a zoom-in display process for the object when the object is displayed on the display.

Abstract: A method and apparatus are disclosed for remotely managing network elements in a distributed computing system. The distributed computing system utilizes a software entity, such as an operating system, to manage the location of, and communication with, distributed resources in the distributed computing system. A network manager and/or SNMP agents can interact with distributed elements to obtain desired management information independent of the location of the distributed elements. Thus, master agents can communicate with managed network nodes without adhering to the intricate requirements of the SMUX or DPI protocols. SNMP MIBs are implemented as hierarchical file systems, comprised of a tree of file-like objects, that may be accessed through a namespace. The SNMP MIB namespace allows the network manager, master agent and SNMP agents to access each resource, including SNMP MIBs, in a uniform, file-oriented manner.

Abstract: In a data processing system wherein a plurality of data processing applications are in communication with each other, a first data processing apparatus running a first data processing application, the apparatus, method and computer program product has: means for receiving a message from a second data processing apparatus running a second data processing application; means for determining whether a predetermined indication is provided in the received message; and means for reporting the receipt of the received message to a central logging trace facility for logging of the message when the predetermined indication is provided in the received message.

Abstract: A method of encoding manipulations of a multidimensional input device, such as a mouse, into data to be communicated to a data processing apparatus. Sensors in the input device detect manipulations of a member of the input device with respect to an X-axis and a Y-axis. From the sensor data, a direction and a magnitude of the manipulation is derived. These intermediate quantities are communicated to the data processing apparatus instead of the X- and a Y-values themselves. In the data processing apparatus, a decoder decodes the intermediate quantities into a further pair of X-and Y-values. The intermediate values more adequately represent the manipulations. Therefore, in input devices having a limited power budget, like TV remote controls and other wireless input devices, the method achieves a higher performance.

Abstract: An erasing device for a liquid crystal display image of the present invention is furnished with an auxiliary power source for continuously supplying power source to a liquid crystal display panel for a certain period after the main power source of the main body of the liquid crystal display device is turned OFF. Upon input of a power source OFF signal directing to turn OFF the main power source, a driving signal generating circuit and a driver controller light up the liquid crystal display panel entirely on a saturation voltage of the liquid crystal and subsequently shut off the same entirely using the power supply from the auxiliary power source.

Abstract: A unique layout with a matrix of traces having at least traces in one direction provided with portions which are interleaved with portions of adjacent traces. Unlike the prior art zigzag pattern, the extensions of the traces of the present invention are actually interleaved, so that they overlap with portions of the adjacent trace. Thus, a finger moving from one trace to the next will contact the interleaved portions of the adjacent trace before it leaves the interleaved portions of the first trace.

Abstract: A computer monitor for allowing the easy connection of computer peripherals thereto, and supplying a power supply voltage from an internal power supply therein to the computer peripherals via universal serial bus hubs. The monitor has a power supply for converting externally applied AC power into DC power; and a universal serial bus hub having at least one upstream port and at least two downstream ports; wherein the upstream port is electrically connected in communication with the computer system, and the downstream ports receive DC power in response for a power switching signal in accordance with power supply control information from the computer system through the upstream port to selectively provide the DC power to external devices connected therewith in response to the power switching signal.

Abstract: A liquid-crystal display apparatus is provided that achieves a flickerless display while, at the same time, achieving a reduction in crosstalk by reducing the effects of variations in rms voltage. A drive waveform in a period that determines the gray scale of liquid crystal display is produced with a front-edge drive waveform having an edge at its front end or a back-edge drive waveform having an edge at its back end, and the drive waveform is switched between the front-edge drive waveform and the back-edge drive waveform alternately for every n horizontal scanning signals (where n is a positive integer).

Abstract: A display device comprises a transparent type LCD including a pair of transparent plates facing each other, spaced with a predetermined gap and a polymer dispersed liquid crystal disposed between the transparent plates, which can be switched between a transparent state and a diffraction state pixel by pixel to display images or characters; a signal generator for giving display signals to the transparent type LCD; and a light system including a light source emitting light rays that enter the transparent plates from their edge faces, and a stop plate disposed between the edge faces of the transparent plates and the light source. This stop plate has an opening that extends along the longitudinal direction of the edge face of the transparent plate, and the width of the opening in the cross direction changes cyclically along the longitudinal direction.

Abstract: A circuit receives at least two input signals and produces exactly three output signals in response to the two input signals, whereby two of the output signals shine constantly in an activated state and the third output signal shines constantly or flashes in the activated state. Each time exactly one of the three output signals is activated.

Abstract: A waveform generator generates a specified exponential function for converting a position signal corresponding to the position on the screen one by one to a corrected position signal thereby obtaining a waveform with shifted phase near the screen center compared to the original waveform. A conversion unit receives a position signal corresponding to the position on the screen one by one or the output of a second addition unit, a first addition unit for adding the output of the conversion means and an offset coefficient, a first multiplication unit for multiplying the output of the first addition unit and a frequency correction coefficient, a second addition unit for adding the position signal P and the output of the first multiplication unit, and a second multiplication means for multiplying the output of the conversion unit by an amplitude coefficient A. The position signal is input to the conversion unit and the first addition unit receives the output of the conversion unit.

Abstract: An AC-discharge color plasma display panel has a matrix of unit discharge spaces which include unit discharge spaces for emitting light in the same color that are arranged along the scan electrodes, and sets of three adjacent unit discharge spaces for emitting light in three different colors that are arranged along the data electrode. Scan pulses and data pulses applied to the unit discharge spaces to generate writing discharges according to display information and pairs of sustaining pulses applied to the unit discharge spaces to generate and maintain sustaining discharges are controllable with respect to pulse durations, oscillation frequencies, voltages, etc. for each of the colors. A method of driving the AC-discharge color plasma display panel is also disclosed.

Abstract: A liquid crystal controller for controlling display of a liquid crystal display device of passive matrix type includes gray scale processing being performed on input data before being written in a frame memory for frame frequency conversion and gray scale processing being performed after the frequency conversion and reading of the data from the frame memory so that an amount of information of display data written in the frame memory can be reduced. Further, since the gray scale display pattern is switched by the same switching frequency as the converted frame frequency, pattern movement and flicker of the gray scale display portions can be reduced.