141 results about "Sequence selection" patented technology

A method for selecting the language for a character sequence fed into a data processing device, wherein decision trees are trained for different characters on the basis of lexicons of predetermined languages. The decision trees describe language probabilities on the basis of characters in the environments of the characters. The decision trees for at least some of the characters of the character sequence fed into the data processing device are traversed, thus obtaining a probability of at least one language for each character. The language for the character sequence is selected on the basis of the probabilities obtained.

A digitally encoded video fingerprinting system for generating and comparing / matching finger-prints from digitally encoded video which has been encoded according to an encoding method which involves the generation of residual macroblocks of pixels and the generation of quantized transform coefficients of the residual macroblocks, or of portions of the residual macroblocks, comprises a fingerprint database (5) and a video processing subsystem (10). The video processing subsystem (10) includes a fingerprint sequence selection module (14, 24) which is operable to select one or more sets of frames from input video content to be processed in order to generate a fingerprint; a fingerprint calculation module (14, 26) which is operable to generate a fingerprint based on a set of frames selected by the fingerprint sequence selection module; and a fingerprint comparator module (14, 28) which is operable to compare two fingerprints and to output a similarity score of the compared fingerprints. The method used by the fingerprint selection and fingerprint calculation modules includes selecting a group of frames of the encoded video content; processing the digitally encoded video content to obtain a set of quantized transform coefficients of residual macroblocks or portions of residual macroblocks associated with each of the selected frames; identifying a set of residual macroblocks per frame whose transform coefficients satisfy a threshold criterion; and generating a digital video fingerprint for the encoded video content in dependence upon the identified macroblocks or some property thereof within each of the selected frames.

In order to reduce interference between cells through hopping and use frequencies in a good propagation situation, a scheduler section 102 carries out scheduling for determining to which user data should be sent using CQI from each communication terminal apparatus, selects a user signal to be sent in the next frame and determines in which subcarrier block the data should be sent. An MCS decision section 103 selects a modulation scheme and coding method from the CQI of the selected user signal. A subcarrier block selection section 110 selects a subcarrier block instructed by the scheduler section 102 for each user signal. For the respective subcarrier blocks, FH sequence selection sections 111-1 to 111-n select hopping patterns. A subcarrier mapping section 112 maps the user signal and control data to subcarriers according to the selected hopping pattern.

Coding an audio signal includes selecting a reference sequence that has the smallest error relative to a sequence of the audio signal, calculating pitch predictor coefficients for the selected reference sequence using one of a set of pitch predictor orders, producing a predicted sequence from the selected reference sequence using the calculated pitch predictor coefficients, and calculating a coding error by comparing the predicted sequence to the sequence to be coded. Coding also includes calculating pitch predictor coefficients for the selected reference sequence, producing a predicted sequence from the selected reference sequence, and calculating a coding error by comparing the predicted sequence to the sequence to be coded, for each of the remaining orders of the set of pitch predictor orders, and using an order from the set of pitch predictor orders that results in the smallest coding error to select a coding method for the sequence to be coded.

A high-speed maximum likelihood sequence estimation method and device. The method includes identifying candidate paths through a state trellis based on a group of observed data, where each candidate path corresponds to a best path through a trellis beginning at one of a possible prior states (and corresponding prior data bit or bits), and then selecting one of the paths based on candidate sequence selection information, typically prior state decisions (e.g., data symbols in the form of one or more bits). The path selection, in turn, provides decoding of symbols and data bit information for use in selecting one of the candidate paths in a subsequent stage.

The present invention provides methods and compositions for the construction of custom cDNA microarrays. In particular, the methods involve the selection of relevant clusters based on knowledge and expression patterns using public database information and the identification of the best representative cDNA clones within the selected cluster. The methods facilitate the construction of custom microarrays suitable for use in any biotechnological art. In preferred embodiments, the present invention provides the the ImmunoChip.

The invention features a method of reducing perceived network latency in processing a query from a handheld client device processed by a remote system. The client device receives incremental input including a sequence of incremental user actions for identifying content items on the remote system. The client device transmits a first subsequence of the input to the remote system for incrementally identifying descriptive terms associated with desired content items. The remote system selects a first set of content items based on the first subsequence and transmits them in a reply to the client device. The client device selects a second set of content items from the first set based on a second subsequence of the input. The second subsequence includes incremental input received by the client device while it was waiting for the first reply. The client device orders and presents the second set of content items to the user.

A signature sequence employed in a wireless transmission over a channel is detected and utilized. The signature sequence is selected from a set of sequences formed by delay-Doppler shifts of a base sequence. Preferably but not exclusively, the set of sequences is formed by circular delay-Doppler shifts of the base sequence. The base sequence can be, for example, an m-sequence. A received signal is obtained from a received wireless transmission. A candidate sequence selector (90) selects a candidate sequence from among a set of sequences for evaluation as the signature sequence, the set of sequences having been formed by sequence set generator (88) as delay-Doppler shifts of a base sequence. An image former (82) uses the base sequence and the received signal to form a delay-Doppler image with respect to an image area pertinent to the candidate sequence. A metric analyzer (84) computes a metric over the image area pertinent to the candidate sequence and uses the metric to determine if the signature sequence is the candidate sequence. A sequence utilization device (76) can use the signature sequence to identify another transceiver unit which sent the wireless transmission, and / or use the signature sequence for synchronization with another transceiver unit which sent the wireless transmission.

The present invention provides a method and apparatus for sponsored Internet-based search simulation. The present invention includes receiving a search query sequence that represents a search query and selecting one or more advertisements based on the search query sequence. The present invention further includes filtering the plurality of advertisements based on advertising budget data and determining a number of user-selections on the advertisements using a pre-calculated user-selection model. The present invention further includes updating advertiser account information regarding advertising rates in response to the number of user-selections and generating simulation log data reflecting the advertisings, user-selections and advertising account information. This technique thereby performs the simulation based on user search queries, in response to user-selection models and references the user-selection and advertisement with advertisement budget data, consistent with live sponsored search result operations.

The invention provides a pinyin input method based on a touch screen. The method comprises the following steps of: displaying a virtual keyboard on the touch screen; in response to clicking operation of a user on the virtual keyboard, displaying one or more candidate character sequences around a clicked pinyin character, wherein the one or more candidate character sequences are 'Sheng Jie He Mu' or syllable rhymes based on the pinyin character; and identifying the subsequent operation of the user, if the user performs sliding operation on the touch screen, determining a candidate character sequence selection result of the user based on a sliding track, outputting the selection result, and otherwise, outputting the clicked pinyin character. Correspondingly, the invention also provides a pinyin input device based on the touch screen. By the invention, the speed of inputting pinyin through the touch screen by the user can be effectively increased, and the probability of input error is reduced.

A list scheduler in a compiler can select from a plurality of alternative instruction sequences for one or more computation performed within an application. A scheduler can initially identify and track one or more computations for which multiple alternative instruction sequences exist. An available instruction list can be populated with the alternative instruction sequences. The list scheduler can access the available instruction list during scheduling of the application. The list scheduler can perform a cost analysis while scheduling the instructions by performing a look ahead. The list scheduler may select alternate instruction sequences for similar computations occurring in different portions of the application based on the cost benefit analysis.

Orthogonal frequency division multiplexing (OFDM) is a spectrally efficient multicarrier modulation technique for high speed data transmission over multipath fading channels, but has low power efficiency. OFDM signals have large crest factors, or peak-to-average power ratios (PARs) which lead to power inefficiency in the RF portion of the transmitter. Selected mapping can be used to reduce the PAR of an OFDM signal and is distortionless. A technique is disclosed that links the index of a phase rotation sequence used in selected mapping to the location of pilot tones that are used to estimate the channel. Each pilot tone location—phase sequence selection produces a different PAR value for the time-domain OFDM signal, and the signal with the lowest PAR value is transmitted. The technique is “blind” in that the optimum pilot tone location—phase sequence index is not transmitted as side information. A technique to blindly detect the optimum index at the receiver is also disclosed.

A base station apparatus which communicates with a mobile station by OFDM in a down link in a wireless communication system. The base station apparatus comprises sequence selection means for selectinga sequence of a plurality of synchronization signals, synchronization signal generation means for generating a secondary synchronization channel using a part of the selected sequences of the synchronization signal and other sequences of the synchronization signal, and transmission means for transmitting the secondary synchronization channel. Cell-unique information is detected using the secondarysynchronization channel.

A signal generating apparatus, which is adapted for outputting a multicarrier signal where data are multiplexed with respect to a plurality of subcarriers, includes: a rotation sequence selection signal generator for generating a plurality of rotation sequence selection signal sequences which vary the phase relationship between subcarriers on the basis of a plurality of phase rotation sequences and include the number of samples, which are smaller than that of actual transmission signals; and a minimum peak power signal generator for selecting a signal of which peak power becomes minimum from the plurality of rotation sequence selection signals to generate an actual transmission signal by using a phase rotation sequence multiplied with respect to the selected signal.

The invention provides a method for calculating the integrated three-phase imbalance degree of multi-circuit transmission lines on the same tower or in parallel. The method comprises the following steps: S1, finding out a three-phase imbalance degree r(i) of each single-circuit transmission line, wherein i represents a circuit number; S2, setting weight ci according to characteristics of each single-circuit transmission line; S3, setting a penalty function f[r(i)] according to the three-phase imbalance degree r(i) of each single-circuit transmission line and a critical value delta of the three-phase imbalance degree; and S4, calculating an integrated three-phase imbalance degree n of the multi-circuit transmission line, wherein n represents the sum of circuits of the multi-circuit transmission line. In the method, the weight is set according to the characteristics of each single-circuit transmission line, and the penalty function is set according to the three-phase imbalance degree of each single-circuit transmission line and the critical value of the three-phase imbalance degree, so that the calculated integrated three-phase imbalance degree can reflect the characteristics of phase sequence arrangement of the multi-circuit transmission line more exactly, thereby providing more reliable evaluation indicators for planning and designing the transmission line and for the optimal phase sequence selection of the transmission line in an operating stage.

It is possible to use a frequency of a preferable propagation condition while reducing the other cell interference by hopping. A scheduler section (102) performs scheduling for deciding a user to whom data is transmitted, by using the CQI from each communication terminal device, selects a user signal to be transmitted in the next frame, and decides a sub-carrier block by which the transmission is performed. An MCS judgment section (103) selects a modulation method and a coding method from the CQI of the user signal selected. A sub-carrier block selection section (110) selects a sub-carrier block specified by the scheduler section (102) for each user signal. For each of the sub-carrier blocks, the hopping pattern is selected by FH-sequence selection sections (111-1 to 111-n). A sub-carrier mapping section (112) maps the user signal and the control data to the sub-carrier according to the hopping pattern selected.

A method for selecting a RACH preamble sequence for a high-speed mode and a low-speed mode is disclosed. In the case of acquiring sequence-type information to be used by a specific UE contained in a high-mobility region, a signaling reanalysis method under a general circular shift condition is disclosed, and a method for acquiring sequence-type information via the signaling using the sequence set configured by a restricted circular shift condition is also disclosed. Finally, a method for constructing a sequence set is disclosed.

This invention relates to a method for selecting an interpretation for a character sequence between different interpretation modes. In the solution a character input is received, at least part of the character input is analysed, an interpretation mode is selected based on the analysis, and an output character sequence is produced by modifying one or more characters in the input character sequence according to the selected input mode

An information-hiding method of anti-statistic analysis image based on chaos system includes selecting embedded-position by random sequence generated on basis of chaos system first then carrying out LSB random-embedding and carrying out dynamic compensation on embedded image.

The invention discloses a method for identifying a behavior based on feature enhancement and decision fusion. The method comprises the following steps: pre-treating data of an accelerometer; calculating multi-dimensional feature vectors of the pre-treated data; using the forward sequence selection algorithm to select the optimal feature vector among the multi-dimensional feature vectors; using the Relief-F algorithm to select a proper feature value for feature enhancement; training one basic classifier and three weak classifier; taking the identification results from the basic classifier and the three weak classifiers as 4 parameters, meanwhile taking the identification result of the last action as another parameter, determining the weights of the 5 parameters through training; identifying human body behaviors by using secondary classification, a first classification using the basic classifier for identification, a second classification using weighted voting decision fusion to obtain a final identification result. According to the invention, the method can effectively differentiate similar actions that are difficult to differentiate, such as walking, going upstairs and going downstairs, and increase identification of human body behaviors.

The invention discloses a hyperspectral characteristic variable selection method and provides a characteristic forward selection support vector machine (SVM-BFFS) which is an embedded type forward sequence selection method base on the SVM maximum interval principle. The hyperspectral characteristic variable selection method is popularized to support the SVM-BFFS of a variety of classification problems by utilization of a one-to-one strategy. According to the hyperspectral characteristic variable selection method, stability of characteristics is ranked by exploring the internal relation between characteristic variables and the stability, and therefore the characteristic variables of infrared hyperspectra can be selected quickly and effectively. By application of the hyperspectral characteristic variable selection method, dimensionality of a hyperspectral image can be reduced, and therefore complexity of follow-up calculation is reduced, and a high accuracy rate of a built model is maintained.

The invention provides a phase sequence selection and scheme generation type traffic signal phase configuration method and system. Basic information is configured; intersection signal basic phases andintersection signal phase sequences are configured on the basis of the configuration of the basic information; and intersection signal phase schemes can be configured with a scheduling-time period-scheme idea. According to the phase sequence selection and scheme generation type traffic signal phase configuration method and system, a traditional scheme-time period-scheduling signal scheme configuration mode is converted into the scheduling-time period-scheme mode; signal scheme period division and signal phase timing setting of each period are performed based on historical traffic flow data; and therefore, intersection signal scheme timing is effectively assisted, and the error of signal scheme configuration caused by traditional sample calculation and artificial experience modes can be avoided, and intersection traffic signal scheme configuration efficiency is improved.

Disclosed embodiments comprise dynamic pulse width modulation (PWM) bit sequence selection techniques for use with video display devices. By dynamically selecting and applying a bit sequence based on the display image content and the limited dynamic range of human perception, the bit sequence used to display a given scene may be optimized in order to provide for increased bit depth or increased brightness. Generally one out of a plurality of available bit sequences would be applied to a given scene, with different bit sequences designated for displaying bright scenes and dark scenes. Alternatively, different bit sequences may be applied depending upon the amount of motion in a scene. Thus, a dynamic bit sequence selection technique may allow for a display device with increased bit depth and increased brightness.

A system and method for programmable in-situ launch and capture clock generation is provided. The system provides an efficient and improved manner for delay and signal transition fault testing in electronic circuits. The system comprises i) an in-situ delay clock generator for generating one or more clocks; ii) a pulse Programmable Selection Generator (PSG) which can be either a pulse PSG and / or an expanded pulse PSG for generating the sequence in which the clocks are to be selected, the clocks being selected with a delay; and iii) a multiplexer for selecting the plurality of clocks, based on the generated sequence, the selected clocks being used for generating the launch and capture clocks.

The invention relates to a color image encryption method based on Latin square scrambling. Plaintext keys r1, g1 and b1 are calculated through utilization of R, G and B components of a color plaintextimage, an initial value and a parameter obtained through calculation based on the keys are substituted into a chaotic system, and three groups of chaotic sequences are generated; the chaotic sequences for scrambling and diffusion are selected through utilization of a chaotic sequence selection mechanism based on the plaintext and digital arrangement; and a final ciphertext image is obtained through adoption of a block scrambling policy based on a Latin square and the chaotic sequences, and diffusion operation based on the plaintext and a scrambled image. The encryption method is closely related to the plaintext, so the plaintext attack resistance is improved. The employed chaotic system is an improved chaotic system, a chaotic characteristic is good, the randomness is high and a key spaceis great, so a security level is further improved. A simulation result and safety analysis show that according to the encryption provided by the invention, an image complete encryption demand can besatisfied, the encryption efficiency is high, and the robustness is high.

A method for embedding watermark on robust digital image of airspace image includes using chose sequence generated by cipher key to select initial image pixel block, seeking optimum matched block with said pixel block in complete image, recombining them as per their generated order and making DWT conversion, dividing watermark information as per their importance, realizing unequal error protection by utilizing orthogonal variable length OVSF code spread spectrum treatment and embedding spread spectrum watermark into DWT wavelet coefficient. The method for picking up watermark is also disclosed.

The invention relates to the signal simulation field and especially relates to a railway line condition simulation method and a simulation system. The method comprises the following steps that the railway line condition simulation device reads original data from multiple different data sources; the railway line condition simulation device generates simulation information according to the originaldata, and the simulation information includes train acceleration / deceleration simulation information, digital circuit simulation information, track segment code sequence selection information, a transponder message, driving interval management information, train positioning information, a test scene data record and test sequence automatic execution information; and the railway line condition simulation device carries out railway line station yard graphical display on the simulation information, and transmits the simulation information to a use object. In the invention, deficiencies in the prior art are overcome, a systematic and improved railway line condition simulation method and system are provided, and the simulation information is visually displayed.

The invention discloses an image collaborative saliency detection method based on multi-layer convolution feature fusion. The image collaborative saliency detection method based on multi-layer convolution feature fusion includes the steps: 1) processing an image data set, including unifying the size, and selecting a collaborative image group for each image according to an sequence selection rule;2) constructing a deep learning network for collaborative saliency detection, inputting an image and its collaborative image group, performing extraction of multi-layer convolution features, extraction of collaborative features, fusion of multiple dimensional features, and fusion of multiple dimensional saliency images, and then obtaining a collaborative saliency image of the input image; 3) inputting the processed training data in the step 1) into the deep learning network constructed in the step 2) to train until network convergence can obtain a trained network model; and 4) performing an experiment on the test data set by using the trained network model in the step 3), and obtaining a plurality of collaborative saliency images by means of one input image and its multiple collaborative image groups, adding the input image and the multiple collaborative image groups the averages and averaging the input image and the multiple collaborative image groups to obtain a final collaborative saliency image of the input image.

An apparatus produces a combined data frame in DHO (Diversity Hand-Off) from data frames each having one or more payload sequences. Each payload sequence has associated with it one or more quality indicators. The quality indicators may be for example a CRCI (Cyclic Redundancy Code Indicator) for the payload sequence and a QE (Quality Estimate) of the data frame having the payload sequence. For corresponding payload sequences from each of the data frames a bit sequence is defined for each corresponding payload sequence with the quality indicators occupying one or more consecutive bits within the bit sequence. A processor selects, as a payload sequence for the combined data frame, one of the corresponding payload sequences on the basis of the bit sequences. The apparatus is implemented in software or in hardware.