105 results about "Common error" patented technology

Presented is a web-based enterprise management compliant management framework whose back end components are decoupled from the various user interfaces available for accessing the management system. In the Windows environment, the management system of the instant invention is also compliant with the Windows management instrumentation (WMI) requirements. This management system includes WMI providers which implement standard interfaces which decouple all semantic and syntactic checks from the user interface and which provide common error strings, help, etc. to a user regardless of the user interface being used. The providers of the management system of the instant invention store and access data in the active directory. As such, these providers present a customizable user interface which may be based on a user's expertise level and which may be dynamically localized to the user's preferred language. Transaction support is also provided which prevents multiple users from changing the same attributes at the same time through different user interfaces.

Method and apparatus for correction of spelling errors in text composition is provided. Correctly spelled words may be determined for an incorrectly spelled word in accordance with a common error approach. Corrections to the incorrectly word are applied using common typographical and spelling errors. Resulting words which are correctly spelled may be offered as replacements or automatically used to replace the incorrectly word. Corrections may be applied in response to a frequency of the error in text composition to generate correct words that are more likely to be the word intended to be composed. The specific order of application may be configurable to meet a user's preference or a learned behavior for a user.

A power supply for plural loads coupled in parallel comprises a voltage regulator, a plurality of current regulators, and an error control circuit. The voltage regulator provides a common output voltage to the plural loads. The voltage regulator comprises a sensor circuit providing a voltage sense signal corresponding to the output voltage, which provides feedback to regulate the output voltage at a selected level. The plurality of current regulators are coupled to respective ones of the plural loads. Each of the plurality of current regulators regulates current drawn by respective ones of the plural loads to within a desired regulation range. The plurality of current regulators each further provide a respective error signal corresponding to an ability to remain within the desired regulation range. The error control circuit is operatively coupled to the voltage regulator and to the plurality of current regulators. The error control circuit receives the error signals from the plurality of current regulators and provides a common error signal to the voltage regulator. The voltage regulator thereby changes the selected level of the output voltage in response to the common error signal. Accordingly, the selected level of the output voltage remains at a minimum voltage necessary to keep the plural loads in the desired regulation range.

The invention finds matches in ordered sequences, e.g. program function call stacks from anomalous software program executions for discovering related or identical software flaws and possible known solutions. Call stacks are matched after removing recursive and uninformative subpatterns, e.g. names of common error handling routines, to see if they were generated due to the same possibly known problem. Sequences statistically unlikely to be matches are pruned from the search. Matches found earlier in the sequences may be weighted differently, e.g. to be more important in call stacks, than other matches. Sequences are indexed so that those relevant to a query are identified automatically without detailed exhaustive search. Maximum matches are found by optimizing a cost function based on weighted sequence similarity.

The invention belongs to the fields of antenna measuring technique and satellite navigation and positioning, and relates to a correction method for the absolute antenna phase center of an outdoor GNSS (Global Navigation Satellite System) receiver based on a precision mechanical arm. In view of the problem that conventional outdoor GNSS observation cannot obtain a high-precision correction model for the absolute antenna phase center of a receiver, a majority of common errors are eliminated through ultra-short baseline observation, the absolute phase center offset (PCO) of a receiver antenna and the separation of phase center variation (PCV) are realized through rapid rotation and inclination of the high-precision mechanical arm, finally the PCO is resolved through a least squares algorithm, and fitting calculation of the PCV is carried out for observation residual. According to the correction method, outdoor operation can be carried out, the correction precision of 1mm for the PCO and PCV can be reached, the correction method is suitable for accurate calibration of the PCO and PCV of the receiver capable of tracking the signals of satellite navigation systems such as a GPS (Global Positioning System), a BDS (Beidou Navigation System), a GLONASS (Global Navigation Satellite System) and Galileo, and thus the systematic measuring error caused by imprecision of the PCO and PCV of the receiver can be eliminated, and the user positioning precision is further improved.

The invention provides a college spoken English learning and testing system, and the system is characterized in that the system comprises a voice collection module, a voice preprocessing module, a voice keyword extraction module, a spoken English testing processing module, a query module, a standard database, a comparison display module, an identification module, and a client. The invention also discloses a college spoken English learning and testing method, and the method is used for collecting spoken English and finally forming a comparison curve. The method can be used for visually finding language errors and biased and improper parts of a spoken English practicer, and carrying out the precise positioning and feedback for the errors. The practicer carries out the continuous practicing for correction of errors in spoken English, and forms the unified pronunciation. The method also can enable a result to be transmitted to a client, and brings convenience to a teacher to carry out the monitoring and statistic of the pronunciation of students, so as to facilitate the timely correction of common errors, and improve the teaching quality and effect of college English. The system and method are scientific and reasonable, are high in applicability, are excellent in effect, and can quickly improve the ability of students in spoken English in the shortest time.

A biosensing device for sensing brightness of a bio sample from frames of a video signal, has circuitry (40) arranged to receive the video signal and determine a brightness of a given area (110) of one or more of the frames in real time. A controller (50) adjusts boundaries of the given area, and uses the measures of brightness for different boundaries, to determine location of edges of the sample, then sets the boundaries according to the edges for subsequent measurements of brightness. By determining the brightness in real time, the given area can be adjusted in real time. By adjusting the given area based on real time assessments of brightness, various common errors or tolerances in sample shapes and locations can be compensated without the need for the software to carry out operations at pixel rates.

The invention belongs to learning appliance technology field, and relates to an electronic teaching method for deaf people to learn speaking, including: audio-video data and time synchronization information thereof during the period of learners' pronunciation practicing, are obtained through a microphone and a camera; audio feature parameters are extracted; visual features related to shapes of mouth are extracted; the extracted audio feature parameters are compared with corresponding feature parameters pre-stored in a feature parameter template library of standard pronunciation, and are classified so as to determine whether the learners' pronunciation is correct; if the learners' pronunciation is greatly different from that in the feature parameter template library of standard pronunciation, the audio features and the visual features related to shapes of mouth of the learners are compared with that in the feature parameter template library of common wrong pronunciation so as to determine that the errors of the learners belong to which types of the common errors, the comparison between wrong pronunciation manners of the learners and standard pronunciation manners being indicated through images, animations and video content. The method provided in the invention can automatically analyze whether the learners' pronunciation is standard, and correct errors, thereby basically requiring no intervention of teaching staffs in a learning process.

The modulation method for self-adaptive code comprises: determining initial MCS threshold by simulation tested SINR and MCS throughput on single-path quasi-stationary condition; detecting continuously the real-time SINR value; when SINR within prescribed range, detecting the CRC check result, if right, then defining new threshold of MCS equals to the old minus D; or else, defining new threshold of MCS equals to the old plus U; returning to detect real-time SINR value. This invention reduces the sensitivity to SINR as well as to FER variation, and obtains immunity function to common error frame and throughput gain.

The invention discloses a method and system for converting a ladder diagram program into an instruction list program and executing compiling and interpretation of the instruction list program. According to the ladder diagram conversion method, energy flow classes and auxiliary nodes are introduced according to the characteristics of edition and execution of a ladder diagram, the class is set on each diagram peak, and an auxiliary node is added; the serial and parallel connection relationship is judged according to the out-degree and in-degree of the class and the auxiliary node where an element is located. After the ladder diagram is converted into the instruction list, a PLC immediate compiling method combined with compiling and interpretation and a divide-and-conquer method concept are adopted, a compiling front end and an interpretation rear end are designed independently, and in combination with a GCC rear-end structure, a PLC compiling system specific to a special machine model is generated. The method and system for converting the ladder diagram program into the instruction list program and compiling the instruction list program have the advantages that the ladder diagram program with a complex logic structure can be accurately and rapidly converted into the instruction list program, and in the conversion process, grammar error checking is carried out on the program, and the common errors like an open circuit, a short circuit and a bridge circuit are excluded, so that the correctness of the generated instruction list program is guaranteed.

The invention discloses an unmanned aerial vehicle directional navigation method, a GNSS receiver device and a GNSS receiver system. The system comprises the GNSS receiver device, a first GNSS satellite receiving antenna and a second GNSS satellite receiving antenna, wherein the GNSS receiver device comprises a GNSS satellite signal processing unit, a directional navigation processing unit, a positioning navigation processing unit, a differential data processing unit and a positioning and directional navigation result generating unit. Two GNSS receiving antennas are adopted to provide autonomous difference and offset common errors; through a lengthened baseline mounting mode of the two antennas on an unmanned aerial vehicle carrier, the directional navigation precision is improved; due tothe positioning difference processing, the measurement accuracy of a dual-antenna baseline vector is improved; due to the accurate directional navigation, various and optimized autonomous flight routes can be designed; the integration and the independence of the module are improved, a product can be formed easily, and the productibility is improved; and accurate course navigation for the unmannedaerial vehicle carrier can be realized, and the problem of inconsistency flight area overlapping between flight routes can be solved.

The invention discloses a method for stability analysis of reference point for GNSS automatic deformation monitoring, which comprises the following steps: calculating the GNSS observation data to obtain the coordinate residual time series of the reference point; detecting and removing rough errors in the coordinate residual time series of the reference point; extracting and removing the linear trend and the cyclical term in the series; conducting interpolation to the time series if there exist missing data in the coordinate residual time series after the removal of the trend and the cyclical term; extracting the common-mode error of the residual time series and removing the common-mode error from each residual series; and finally, using a quantification calculating method to determine whether the remaining residual series follows a normal distribution or not. If it is, then the reference point is regarded as stable; otherwise, instable. According to the invention, it can effectively eliminate the common error of a station, improve the signal-to-noise ratio of the coordinate time series, and finally make the main error of the coordinate time series of the station limited to observed random noise to judge whether the station is stable or not.

The invention discloses a method for calibrating delay inconsistency of a radio star signal and a spacecraft signal in interferometry. Very long baseline interferometry is to use a plurality of observation stations in different geographic positions to receive a signal from a same target in the space to be processed, time delay difference from the target to two observation stations with definite positions is calculated by utilizing relevant phase and observation frequency (or bandwidth), and calibration by utilizing a radio star is a main way for eliminating common error in the very long baseline interferometry. Therefore, in interferometry, the radio star signal and the spacecraft signal are transmitted through an identical route so as to guarantee the calibration accuracy. However, because of the reasons that the characteristics of the radio star signal and the spacecraft signal are different and for improving the utilization rate of equipment and reducing the quantitative loss of the spacecraft signal, different processing ways are adopted by a system for the two signals in measurement rather than the traditional identical processing way by which the radio star signal and the spacecraft signal are transmitted through different equipment routes, and the time delay difference of the two routes needs to be precisely determined to guarantee the calibration accuracy.