127results about How to "Process is performed" patented technology

An adaptive antenna is disclosed, that comprises a plurality of antenna elements 11, 12, . . . , and 1N with different directivity, delay profile measuring units 21, 22, . . . , and 2N for estimating states of received signals of the antenna elements for each of delay times that have been designated, antenna selecting units 31, 32, . . . , and 3L for selecting a part of the antenna elements for each of the delay times corresponding to the estimated result, adaptive signal processing portions 41, 42, . . . , and 4L for determining the received signals of the part of the antenna elements that have been selected and multiplying the received signals to which relevant weights have been determined for each of the delay time and summing the weighted signals, delaying circuits 52 and 53 for compensating the time lag, or delay of each of the received signals for each of the delay times, and a combining unit 6 for combining the weighted signals that have been compensated for the delay times.

A service monitor and a browser monitor determine performance metrics on both a server and a client in connection with a distributed application running on a network. While applicable to other types of distributed application data, an example is described in which a Web page is requested by a user running a browser program on the client computer. In response, the server transmits the requested Web page, along with JavaScript code that defines a browser monitor, to the client. A browser monitoring function controlled by this code determines a plurality of different performance metrics related to the access of Web pages by the client. In addition, the server monitor determines performance metrics specific to its function in providing the Web page to the client. A correlated performance metric is determined by combining a server performance metric with a browser performance metric.

To provide a data process unit and data process unit control program which are suitable for generating acoustic models for unspecified speakers taking distribution of diversifying feature parameters into consideration under such specific conditions as the type of speaker, speech lexicons, speech styles, and speech environment and which are suitable for providing acoustic models intended for unspecified speakers and adapted to speech of a specific person.

A data process unit 1 comprises a data classification section 1a, data storing section 1b, pattern model generating section 1c, data control section 1d, mathematical distance calculating section 1e, pattern model converting section 1f, pattern model display section 1g, region dividing section 1h, division changing section 1i, region selecting section 1j, and specific pattern model generating section 1k.

An image data processing device for scaling up or down input image data and outputting output image data includes a first image processing section for converting the input image data with a first resolution into intermediate image data with a second resolution, and a second image processing section for converting the intermediate image data into the output image data with a third resolution.

The invention provides a program conversion apparatus which performs parallelization for a multi-thread microprocessor on an intermediate program level. A parallelization apparatus of the program conversion apparatus includes a fork spot determination section, a register allocation section and an instruction reordering section. The fork spot determination section determines a fork spot and a fork system based on a result of a register allocation trial performed by the register allocation section, the number of spots at which memory data dependence is present, and branching probabilities and a data dependence occurrence frequency obtained from a profile information file. The instruction reordering section reorders instructions preceding to and succeeding the FORK instruction in accordance with the determination.

A substrate processing apparatus includes a chamber, a substrate holding part, a substrate rotating mechanism, a liquid receiving part, and an upper nozzle. The chamber includes a chamber body and a chamber cover, and the chamber cover is moved up and down. While the chamber cover is in contact with the chamber body, a small sealed space is formed and some processings involving pressure reduction or pressurization are performed. When the chamber cover is moved up, an annular opening is formed between the chamber cover and the chamber body. On an outer side relative to the annular opening, positioned are a first cup part and a second cup part. A processing liquid spattering from a substrate is received by the first cup part or the second cup part. In the substrate processing apparatus, it is possible to perform various processings in the small chamber.

A communication between a terminal connected to the Internet, like a household terminal, and a server can be performed by simple processing at any time after security is ensured. In a case where control of a particular terminal connected to a predetermined network is performed from the server, when there is a predetermined processing request at the particular terminal from the server or an external terminal connected to the server, a callback request is sent to the server or the particular terminal. At the particular terminal receiving the callback request, a callback request response is made to the server by a predetermined communication method in which security is ensured, and instructions for performing predetermined processing by the predetermined communication method are sent, as a response from the server with respect to the callback request response, to the particular terminal.

A videoconferencing and data collaboration system is disclosed, wherein user systems exchange A/V data along with other computer data via conferencing devices over a packet network. The conferencing devices are configured to process and transmit A/V data to other devices participating in a conference. Each transmitting conferencing device uses DSP to encode A/V for transmission to the packet network. Once A/V data using the DSP is received, each receiving conferencing device decodes the A/V data and forwards it to a respective terminal for viewing via the digital link. The conferencing devices also share computer data and files over the digital network, where user modifications are tracked by transmitting short messages that indicate key depression or mouse movement.

Contents delivery to a mobile node which changes its existence position is executed from a delivery node with a high quality. Each cache server is located between each wireless LAN in which the mobile node can exists and a wired network. Each cache server delivers contents from the delivery node to the mobile node while storing the contents into a buffer. When the mobile node has moved, the mobile node transmits a moving notice to a cache server which is connected to a wireless LAN of the moving destination. Having received the moving notice, the cache server acquires the content in the buffer from a cache server which the mobile node had utilized before the moving. This configuration allows retransmission of the contents to the mobile node, thereby resulting in an enhancement in the delivery quality.

An image processing apparatus includes: a determining unit configured to determine one or more pieces of image data to be processed; a motion detecting unit configured to detect the motion of the image processing apparatus; a processing unit configured to execute predetermined processing regarding the one or more pieces of image data determined via the determining unit; and a processing control unit configured to execute control so as to execute the predetermined processing via the processing unit, in the case of detecting that a particular operation has been executed as to the image processing apparatus via the motion detecting unit.

Proposed is a method of displaying a transmission log such that it can be easily recognized. Images are transmitted to an external device. A list holding information representing the transmitted images and information representing the transmission order of the images is generated. On the basis of the information held in this list, the transmitted images and order are displayed.

A signal identifying device which can identify an input signal easily includes a pitch extracting (4Y) for extracting a pitch component of the input signal (S1), and energy calculating unit (4X) for calculating an energy component of the input signal, and identifying unit (4Z) for executing a predetermined operation to the pitch component and the energy component and for identifying whether the input signal is a voice signal or music signal. The voice signal generally has the characteristics evident in energy, and has strong periodicity (i.e., pitch component) comparing compared to the music signal.

An apparatus is provided which supplies cached data in a house which does not require a large-space storage device, is a broadcast receiving apparatus that is connected to a network and that receives multimedia data including at least one of video and audio, from a device installed in a broadcast station. The apparatus includes a data receiving unit that receives the multimedia data from the device installed in the broadcast station, a selecting unit that selects one of the video storing apparatuses each of which stores multimedia data, an information communicating unit that transmits a request for storing multimedia data to the video storing apparatus selected by the selecting unit, and a data output unit that outputs the multimedia data received by the data receiving unit to the video storing apparatus selected by the selecting unit via the network.

Calculation of GR and GB color ratios in a local area uses a weighted average filter having weighting coefficients where the ratio of total sums of weighting coefficients for G and R pixels is 1:1, and weighted average filter having weighting coefficients where the ratio of total sum of weighting coefficients for G and B pixels is 1:1, respectively, on pixel lines in a horizontal direction and a vertical direction in a kernel. R and B pixel values are then calculated by interpolating the pixel value of a pixel to be processed with the G pixel value at the pixel position to be subjected to a demosaic process and the color ratio.

An image processing device that is capable of synthesizing a plurality of images by accurately correcting an image shift even in a photographing scene with a lot of external disturbances, such as noise. An image processing device synthesizes a plurality of images obtained by photographing an object that moves at a predetermined speed to thereby obtain a synthesized image. Each of the plurality of images is divided into a plurality of blocks, and a motion vector is detected from each of the blocks. Selection from the motion vectors is performed based on a focal length and an exposure interval applied when the plurality of images are obtained. Synthesis processing is performed by aligning the plurality of images based on the selected motion vectors, whereby the synthesized image is obtained.

A process unit block is disposed at a rear portion on one side of a process station. The process unit block has multi-staged heating and cooling process units. A transferring table is disposed at a center portion of the other side of the process station. Process units are disposed at an upper front portion of the process station. A vertical type conveying unit is disposed at a nearly center portion of the process station. Since a plurality of process stations that have the same structure are connected, the system can be dynamically and effectively expanded or reduced.

Thermoplastic compositions containing a natural filler and, more specifically, thermoplastic compositions containing a natural filler and having improved thermal and weathering resistance. The wood-plastic composites utilize a cellulose filler, such as wood flour, and vegetal fibers, such as Curauá fiber, as a reinforcement filler. The issues with regard to thermal degradation of cellulose during processing are reduced through the use of specific additives designed to improve its performance during processing. Additionally, other additives are included to improve the UV resistance. Specific combinations of thermal stabilizer and UV additive are provided that enhance the thermal resistance and weathering resistance of the compositions as compared to prior art systems.

The present application relates to a white, biaxially oriented, flame-retardant, UV-resistant polyester film with at least one base layer which comprises, based on the weight of the base layer, from 2 to 60% by weight of a cycloolefin copolymer (COC), where the glass transition temperature of the COC is within the range from 70 to 270° C. The film also comprises from 0.01 to 5.0% by weight of a UV stabilizer as light stabilizer and also comprises from 0.5 to 30% by weight of flame retardant, based in each case on the weight of the layer comprising the UV stabilizer and/or comprising the flame retardant. The film of the invention is suitable for packing foods or other consumable items which are sensitive to light and/or to air, or for use in industry, e.g. in the production of hot-stamping foils or as a label film, or for image-recording papers, printed sheets or magnetic recording cards.

The present invention is directed to an optical disc recording apparatus adapted for recording data onto a recodable/reproducible optical disc, which comprises a system controller (10) for executing finalize processing in the state divided into plural processing and memorizing, into a flash memory (16), a notification of completion of one processing every time the processing is completed.

An apparatus for manufacturing wire comprising: a wire delivering equipment, a wire winding equipment, and an annealing while running equipment installed between the wire delivering equipment and the wire winding equipment, the age-precipitation copper alloy wire being passed in such manner that the wire turns around a plurality of times along a running route in the annealing while running equipment. The current applying equipment to raise a temperature of the age-precipitation copper alloy wire by generated Joule heat may be installed at upstream side of the annealing while running equipment. Another current applying equipment for solution treatment may be installed in tandem at upstream side of the annealing while running equipment. In place of the annealing while running equipment, a current applying equipment may be connected in tandem for age-treatment. By using those equipments, age-precipitation copper alloy wire having the diameter of from 0.03 mm to 3 mm may be obtained.

An information recording apparatus records the record data onto an information recording medium, which is provided with wobbled tracks and on which pre-format address information is recorded. The information recording apparatus is provided with: an optical pickup; a detector for detecting a push-pull signal on the basis of an output of the optical pickup; a timing generator for generating a timing signal by detecting the pre-format address information and by detecting a slot unit smaller than a data management unit of the pre-format address information on the basis of a cycle of the push-pull signal; and a system controller for detecting an optimum recording laser power by recording or reproducing a test signal on the tracks while changing a recording laser power on the basis of the timing signal.