32results about How to "Data is delayed" patented technology

The invention is related to methods and apparatus that can advantageously alter a playback rate of a multimedia presentation, such as a video clip. One embodiment of the invention permits a multimedia presentation to be sped up or slowed down with a controlled change in pitch of the sped up or slowed down audio. In one embodiment, this controlled change in the pitch permits the sped up or slowed down audio to retain a same sounding pitch as at normal playback speeds. In one embodiment, a duration is specified and playback of the video clip is advantageously sped to complete playback within the specified duration. In another embodiment, a finish by a time is specified, and the playback of the video clip is advantageously sped to complete playback by the specified time.

The present invention is related to databases and the exchange of scientific information. Specifically the invention discloses a laboratory data management system including a knowledge base that stores characteristics of laboratory reagents, experiment subjects, tissues and cells. The invention also includes an experiment input module that accepts input of parameters of an experiment and data from a knowledge base module. Further, the invention includes a protocol creator connected to the knowledge base module and the experiment input module that creates a laboratory protocol for an experiment based on data supplied from the knowledge base module and the experiment input module. The invention also includes methods to use the described system.

A mobile terminal and controlling method thereof are disclosed, by which data can be shared with a counterpart terminal in the course of a phone call. The present invention includes a touchscreen, a sensing unit configured to sense an action of a user, a communication unit configured to communicate with a counterpart terminal via at least one of a first communication network and a second communication network, and a controller, in response to a first user command inputted via at least one of the touchscreen and the sensing unit in the course of performing a voice call to the counterpart terminal via the first communication network, controlling a first data sharing screen with the counterpart terminal to be displayed on the touchscreen, the controller controlling a data sharing via the first data sharing screen to be performed together with the voice call.

A computer network system has a document data storage system for storing an electronic document having therein a signature image in association with a signer ID number, and an attest data storage system for storing an attest data including a registered signature image data. The document data storage system receives the registered signature image data based on the signer ID number from the attest data storage system, and stores the registered imaged data in association with the electronic document. Examination of the signature can be easily conducted for attesting the electronic document.

Described are system, method, and computer-program product embodiments for automatically ingesting data from disparate data sources into a target database having a target data schema. In some embodiments, the data is received in a data file including data columns formatted according to a data schema, and a data dictionary describing the source data columns. Count data is generated for each cell selected from a data column, each count datum including counts of occurrences of a detected characteristic in each cell. One or more target data columns from the target data schema can be selected and displayed to a user as being semantically related to the data column based on the count data for each cell, a column header of the data column, and the data dictionary. Based on input received from the user, a data table is generated to store the source columns and loaded into the target database.

A write cache provides for staging of data units written from a processor for recording in a disk. The order in which destages and validations occur is controlled to make validations more efficient. The data units are arranged in a circular queue according to their respective disk storage addresses. Each data unit is tagged with a state value of 1, 0, or −1. A destaging pointer is advanced one-by-one to each data unit like the hand of a clock. Each data unit pointed to is evaluated as a destage victim. The first step is to check its state value. A data unit newly brought into the write cache will have its state value reset to 0. It will stay that way until it receives an overwrite x command or the destage pointer clocks around to x. If an overwrite x, the state value is set to 1, in a way, indicating recent use of the data unit and postponing its destaging and eviction. If the destage pointer clocks around to x when the state was 0, then it's time to destage x and the state value is changed to −1. A write to the disk occurs and a later read will be used to verify the write. If the state value was already 1 when the destage pointer clocks around to x, the state value is reset to 0. If the destage pointer clocks around to x when the state is −1, the associated data is read from the disk and validated to be same as the copy in cache. If not, the destage of x is repeated, and the state value remains as −1. Otherwise, if the associated read for validation did return a success, then data unit x is evicted from the write cache.

Provided are a method, system and program for translating a source character string in a first character encoding into a target character string in a second character encoding. A plurality of specifications are maintained. Each specification has one of a plurality of scopes identifying at least one code page providing a mapping for source character strings in the first character encoding. The scopes specify different portions of the program to which the code page identified by the specification applies. The source character string for which translation is requested in the program is processed and a determination is made of one specification having one scope that is applicable to the processed source character string. The code page identified by the determined specification is used to translate the processed source character string in the first character encoding into the target character string in the second character encoding.

In a data output circuit, a data output method, and a semiconductor memory device, the data output circuit includes: an internal clock generation unit that delays an external clock signal by a first delay time to output an internal clock signal in response to the external clock signal and a replica data strobe signal; a data strobe signal output unit that outputs a data strobe signal in response to the internal clock signal; and a data strobe signal replication unit that delays the internal clock signal by a second delay time to output the replica data strobe signal and changing the second delay time in response to the data strobe signal and the replica data strobe signal. Accordingly, it is possible to save time and effort required for setting a delay time of a data strobe signal replication unit. In addition, it is possible to correct differences between packages of the delay time of the data strobe signal output unit.

A channel-based network user terminal including a set-top box, a display, and input devices. A non-volatile memory stores a semi-permanent copy of a channel table downloaded from a server via the Internet. The channel table includes a list of channel numbers, associated Internet site names, and associated Internet addresses. A volatile memory stores a temporary copy of the channel table during user sessions. The channel numbers and associated Internet site names are read from the volatile memory and displayed as a menu. A user selects an Internet site name from the menu, and enters the channel number associated with the selected Internet site name using a numeric keypad provided on a remote control input device. The user terminal then accesses the selected Internet site by reading the Internet address associated with the entered channel number from the volatile memory, and transmitting the Internet address onto the Internet.

Immediately after data write, a negative voltage which has an absolute value lager than that in data erase and which falls within a range over which no FN current flows is applied to a control gate, and at the same time 0 V is applied to a silicon substrate, source, and drain. In this manner, electrons trapped in a first gate oxide film are detrapped into the silicon substrate. This prevents a memory cell from passing write verify although electrons stored in a nitride film are few, prevents data changes caused by a decrease in the read margin, and improves the data holding characteristic of a memory cell.

The invention provides for the arrangement and management of timing of various domains on a large integrated circuit which introduces a phase offset between clock domains of neighboring cells to create a wavefront clock which propagates through the circuit at the same speed data propagates though the circuit. The cells of the integrated circuit are wavefront clock synchronized in that the phase offset introduced in a particular cell's clock is such that the arrival of a skewed clock and propagation delayed data from that cell's neighbor is synchronized with that particular cell's own clock. Wavefront clock synchronization mitigates at least some of the problems of clock skew and the associated effects of slowing data propagation and reduction of clock frequencies associated with large surface integrated circuits utilizing synchronized clock domains.

A communication system for communicating between a hearing user using a hearing user's communication device and an assisted user, the communication system comprising a relay that receives a hearing user's voice signal and converts that voice signal to text, a text to braille converter that receives the text generated at the relay and converts that text to braille data, a braille display device that is capable of generating braille messages that can be detected by an assisted user via touch and an assisted user's captioned device that receives the braille data and uses the braille data to drive the braille display device to generate braille messages for the assisted user to sense.

An array substrate used in an LCD is provided. The array substrate includes: a substrate and pixel structures formed on the substrate. Each pixel structure includes: a gate line and a common electrode line formed by the same metal layer on the substrate, two data lines above and crossing the gate line and the common electrode line, a TFT electrically connected to the two data lines and the gate line, a pixel electrode electrically connected to the TFT and deployed between the gate line and the common electrode line. The pixel structures are arranged in a plurality of rows along an extension of the data lines. Two adjacent rows of the pixel structures are arranged in opposite direction in sequence, and at least two adjacent rows of the pixel structures share the common electrode line. The LCD using the array substrate has lower RC delay on data lines, not only improving charging rate of pixel but also reducing cost of additional lines.

The diagram creation device of the present invention ensures a good response irrespective of the volume of data while realizing a wide variety of display modes of figures or tables based on data acquired from a database. The function treating section 41 of the diagram creation device 1 returns a data produced by a content of an instruction input into a cell C of a worksheet A of a spreadsheet soft (add-in section 142a). The data treating section 43 acquires data specified by a function and an entire time-series data having a code which forms argument of the function from a local database 143 and then stores into a data caching section 121. The data acquired from the local database 143 are computed to produce a computed data and stored into a computed data caching section 122. When data specified by the function exists within the data caching section 121 or a computed data caching section 122, the data treating section 43 preferentially acquires them.

A health data management device includes a communication unit that receives index data based on a result of measurement from a measuring device for measuring biological information and activity information of a person to be measured, through wireless communication, a storage unit that stores a database for managing the received index data, a display unit that displays index data managed in the database, in a predetermined displaying way, and a control unit that controls an image displayed on the display unit. The control unit causes an index panel of each index data to be displayed on the display unit, for at least a part of the index data managed in the database. The index panel is an icon showing a value of each index data.

The present invention provides a data recording device which starts recording data a to a memory A when a command is given to start recording data. When the remaining capacity of the memory A is not greater than a given capacity value x, data recording to the memory A is concurrent with data recording to a memory B. When the capacity of the memory A is full, recording data x to the memory A is ceased. Thereafter, when a command is given to cease an operation for recording data to the memory B, an inquiry is made as to whether space capacity of the memory B is greater than an amount of data a of the memory A. Only when the inquiry is answered in the affirmative, the data a recorded on the memory A is copied to the memory B.

A receiving device includes a communication unit receiving at least one data file from another device via a communication connection; and a control unit controlling recording of the data file received from the communication unit in a recording medium. The control unit creates one data recording folder for one communication connection in a predetermined reception folder provided in the recording medium and records, in the created data recording folder, the data file received via the communication connection corresponding to the data recording folder and a management file in which attribute information regarding each data file is stored.