36results about How to "Eliminate error" patented technology

A device for calculating 3D seismic classification features constrained to be tangent to a path in a 3D volume is provided as a “geo-operator”. The method has the capability to associate horizontal (2D), vertical (2D) or arbitrary (3D) classification “feature vectors” with the geo-operator output, to allow determining where the geo-operator has sufficient data for the calculation to form a valid output and where the output of the geo-operator indicates a measure to which alternative feature vector prototypes may be present along the path. The geo-operator has the flexibility of using variable crossline, inline and vertical extent and having a direction able to be designated as it traverses the path, from the start point to the endpoint, aligned to be tangent to the path.

A method and apparatus is disclosed, particularly, though by no means exclusively, useful in touch-screen computer CRT display systems and the like, and more generally in other force and / or torque measurement systems, as in weighing and the like, in which (1) lineal and / or rotational acceleration of the system is sensed in response to inertial interference effects such as tilt or movement that introduce errors into the force and / or torque measurements, and / or (2) inertial error correction from the force data itself is obtained, such as derivative order corrections; and such data is used to correct the force and / or torque measurements. A novel calibration technique for deriving appropriately descriptive coefficients to the particular system for the correcting data, is also disclosed.

The invention relates to a base matrix, a encoder / decoder of Low Density Parity Check (LDPC) codes and a generation method thereof. The encoder / decoder is determined uniquely by the parity check matrix of the LDPC codes. With different code sizes, said parity check matrix can be obtained by expanding different base matrixes, and also can be obtained by expanding a unique base matrix after correction. Elements of said base matrix must meet an inequation in which the girth value is up to the standard, e.g. when girth ≧6, for any element i, j, k, l in the matrix which forms the short loop having a length of 4 in anticlockwise, there are always mod(i−j+k−l, z) unequal to 0. By this invention, the girth of the constructed base matrix is made as large as possible, the amount of the shortest loops is as few as possible when it is the same girth, thus the curve of bit error ratio (BER) is dropped quickly, the error floor of the LDPC codes is eliminated effectively, and the optimal performance of the LDPC codes is obtained.

A method, apparatus and computer program product is provided for automatic validation of Extensible Markup Language (XML) data through interactive visual mapping, before storing the validated XML data into a target destination. The method allows a user to interact with a graphic user interface (GUI) to obtain mapping of an XML source document or its fragment and the target destination through at least one XML validation schema, and to automatically obtain XML data validations. The GUI is menu-driven and displays the XML data in the native format and a selection of the XML validation schemas. Interactions with the GUI automatically generate an XML validation mapping definition document and a validation code. The target destination can be one or more XML columns, a web service call, a standalone application call, a function's or stored procedure's input parameter of XML type and it may be located in a heterogeneous RDBMS environment.

An apparatus that provides for the wireless receiving, storing and dissemination of digital data as part of a motor vehicle license plate is disclosed. The apparatus allows for the querying of data typically associated with driving privileges, such as social security numbers, insurance policy information, addresses, registration information, driving records, driving restrictions and the like. Data would be passed wirelessly upon receipt of a valid request signal from a law enforcement vehicle. Such reporting is viewed as a means to reduce data entry and eliminate errors thus freeing the law enforcement officer to perform other duties, or perform multiple queries in the same time as it takes to perform one in a conventional manner. Remote inputs from alarm systems and panic buttons allow for activation of the transmitter portion to alert law enforcement authorities of a possible crime. Such emergency reporting can only be acknowledged and deactivated by authorized authorities.

A method of imaging comprises performing a scout image of an object and aligning major regions of interest within the object by comparing the scout image with a pre-determined atlas image. In a further embodiment, a method of imaging using a computed tomography (CT) scanner is provided and comprises performing a scout image of a subject and aligning major anatomical regions of interest within the subject by comparing the scout image with a pre-determined atlas image. Further, an imaging system for us with a computed tomography (CT) imaging device is provided and comprises a processor configured to perform aligning major anatomical regions of interest within a subject by comparing a scout image with a pre-determined atlas image, and wherein the major anatomical regions are used for automated localization for Scan Range and / or Exam split

A non-volatile memory device includes a memory cell array including memory cells, each memory cell being defined at an intersection of a word line and a bit line. A page buffer is coupled to the memory cell array via a sensing line. The page buffer comprises a first latch unit including a first latch circuit and coupled to the sensing line, the first latch unit being configured to be activated during a copy-back program operation to read data stored in a first memory cell and reprogram the data to a second memory cell that is different from the first memory cell. The page buffer also includes a second latch unit including a second latch circuit and coupled to the sensing line, the second latch unit being configured not to be activated during the copy-back operation and be activated during program, read, and verification operations, the second latch unit configured to receive data to be programmed in the memory cells and store the data during the program operation, the second latch unit configured to read the data programmed in the memory cells and store the read data during the read and verification operations.

An antenna control interface is integrated with common integrated circuit components, such as radio transceiver or baseband modem signal processing control logic. The antenna control interface controls the operation of an adaptive antenna array used with wireless communication system devices.

The invention relates to a method for eliminating error elements caused by movements of an imaged object in X-radiography, said method comprising performing X-radiography on an imaged object for compiling three-dimensional X-radiographic information. The method comprises creating a model geometry of an X-ray imaging process, said creation work comprising a determination of the location for two or more position markers in a set of coordinates graded for an X-ray imaging apparatus. When X-radiography of an imaged object is completed, predictions are worked out regarding the locations of position markers during the imaging session. The locations and predictions determined on the basis of the model geometry are used as a basis for defining projected or most likely locations for the position markers and an automatic position markers identification method is applied for finding the locations of position markers from within a search area in the X-radiographic information. When the locations of at least two position markers have been found with the automatic position markers identification method, a minimization of offsets between the projected locations of position markers and the locations of position markers looked up by the automatic identification method is performed by searching for a minimum point of the function for eliminating the error elements resulting from movements of an imaged object.

An electronic alerting device may include an earpiece adapted to be worn at the driver ear. The earpiece may include a microchip and a sensor located at an outer surface of the earpiece. The sensor may be capable of detecting when the driver eyelid closes and opens by generating and transmitting eyelid detection signals to the microchip when the driver eyelid closes and opens respectively. A transducer may be attached to the earpiece and adapted to be placed in the driver ear. A communication interface may be used to enable the microchip to communicate with the transducer. The microchip may determine a number of continuous occurrences of the eyelid detection signals and thereby generates and transmits control signals to the transducer when the number of continuous occurrences of the eyelid detection signals is above and below a threshold number of continuous occurrences within a unit of time.

The present invention is generally directed to a method of dispensing regulated items, particularly drugs, directly to the patient via a dispensing system, without pharmacist intervention, that reduces human error associated with dispensing regulated items wherein a manufacturer or distributor of a regulated item establishes a dispensing system in communication with a data base wherein a prescriber is registered and enters patient data such as which regulated item is prescribed for the patient, characteristics such as sex, age, height, weight, etc., any other drugs the patient is currently taking or has a prescription for, any allergies to any particular drugs, substances, components, etc., reliable data for verifying the identity of the patient, and subsequently dispensing a regulated item directly to the patient from said dispensing system without pharmacist intervention, including communicating any necessary educational or instructional information to the patient concerning the regulated item and verifying the steps to the data base.

An optical link device is provided with an optical communications package including a device positioning member, a photoelectric converter placed on the device positioning member, and leads for connecting contact terminals of the photoelectric converter with an external device; a sealing cap attached to the device positioning member and which seals the photoelectric converter; a condenser lens for guiding incident light to a photo detector (the photoelectric converter) or an optical fiber; a housing in which at least the optical communications package, the condenser lens and the sealing cap are placed; a receptacle for being coupled with the housing as well as the optical connector; a sleeve into which the optical fiber is inserted; a stopper against which the tip of the optical fiber is butted and for positioning the optical fiber. The sealing cap, the condenser lens, and the stopper are formed in a single unit member.

Techniques for detection of impending data errors in a mass storage system, such as a track squeeze problem in an electromagnetic disk drive, and then repairing the impending problem, such as by rewriting the affected tracks. In many cases the problem is detected and repair is effected when the original data can still be read. In other cases, when the data is no longer readable on the disk in question, but when the disk is part of a Redundant Array of Independent Disks (RAID) system, or other system in which higher layer fault tolerance mechanisms are implemented, the missing data can be recovered via these mechanisms. The recovered data is then used to repair the track squeeze problem. The invention can be implemented as firmware in a storage system, as a component of a general purpose operating system, or inside individual disk drives, or it can use a combination of these implementations.

A method for writing streaming audiovisual data to a disk drive is performed by organizing the data into clusters and commencing writing the clusters to the first physical sector encountered after the read / write head has settled to the desired track on the rotating disk. A cluster contains a number of data blocks corresponding to the number of physical sectors in an integer number of tracks on the disk, so that the writing of a single cluster is the writing to an integer number of full tracks on the disk. Even though the disk drive may have a physical index to identify the first physical sector in all the tracks, the writing of cluster data takes place without regard to index position. During interleaving of audiovisual data, when multiple recording tasks are cycled until all the tasks are completed, the clusters in the first portion of the first task are written during the first interleave period, the head is then positioned to another track where the clusters in the first portion of the second task are written during the next interleave period, beginning with the first physical sector encountered by the head, again without waiting for index. The location where the first block of cluster data has been written is identified by writing a block number into the physical sector or by writing a start of cluster indicator on the track where the cluster is written.

The invention relates to a removable lingual-vestibular dental alignment device comprising an assembly of independent caps (12). The inner part of each cover (12) includes a fissure (14) for coupling to a fixing element (21, 24, and 27) adhered to the tooth (20) and outer elements (13) facilitating the passage of the dental arch (16) having a circular, square or rectangular section. The invention also relates to a method for the production of the caps (12) that includes scanning the mold of the denture and working on a virtual mold in order to include the corrective elements. The caps (12, 35) are produced after printing the result of the denture (9) with the different elements and subsequent stamping method or from the printing of a file corresponding to a virtual cap produced on the virtual denture (8) that includes the virtual cuboids (4) and virtual half-spheres (5).

According to the invention, the patient (4) is placed upon a patient support (3) between an X-ray source (1) and a support for the target plate (2) sensitive to the X-rays. The patient support (3) is connected to a device for detecting the horizontal position of the global axis of gravity (5) of the patient when the X-ray source (1) is in operation. The patient (4) can, for example, remain standing. The inventive device can superimpose an image (Hg) of the global axis of gravity (5) on the digital radiographic image of the patient (4).

Provided is an apparatus for analog-digital converting that includes a Most Significant Bit (MSB)-Digital Analog Converter (DAC) for converting a digital signal into an analog signal, a trim capacitor, a Least Significant Bit (LSB)-DAC, coupled to the trim capacitor, for converting a digital signal into an analog signal, a bridge capacitor connecting the MSB-DAC and the LSB-DAC, a comparator for measuring a voltage value at the MSB-DAC and LSB-DAC and outputting a result of comparing with a sampled voltage value, and a controller for generating first measurement data by digital converting a first measurement value output from the comparator by applying a reference voltage to a unit capacitor of the MSB-DAC, for generating second measurement data by digital converting a second measurement value output from the comparator by applying the reference voltage to the LSB-DAC, and controlling the trim capacitor by comparing the first and second measurement data.

A template that would be created with a given line for outside, centerline and inside radius of ell marked in one degree increments, starting with zero degree from the end of each radius of ell and ending at ninety degrees. Incorporated on the template would be a sketch of back to back odd fittings, with all dimensions given for the offset, end to end and the take off of all dimensions from one to ninety degrees, for odd fittings fabricated from the standard ninety degree ell. The offset, and end to end dimensions, would terminate at ninety degrees. Also incorporated on the template would be a sketch of a ninety degree ell with odd degree fitting attached, with all dimensions given for the offset and the center to end using all degrees from one to ninety.

The present invention relates to a method and system for workflow management to automate the creation of event-task entries directly from flowcharts. The method and system of the present invention includes an entry described as MFIN. A MFIN is defined as a flowchart of a process that can be triggered by one or more events. When flowcharts are finalized, they are “published”, in which the system automatically parses the flowcharts, and populates a “published flowcharts table” with information regarding the tasks required to process each event, together with logical decisions, and timers (for tickler notifications) to be started. Instances of the MFINs are executed upon the occurrence of one or more events by looking up the entry in the “published flowcharts table” for that event, and triggering the specified tasks for the specified users.

Eye diagrams are made for signals on each channel in a group thereof. Outlying signals that do not exhibit overlap for a sampling parameter that is to be common for all channels may be ignored and a warning given. Selected, normalized eye openings are used to discover optimum sampling parameters for each channel. Locations within each eye opening are ranked according to preference. Algorithms are used to select a single best value for a sampling parameter common to all the channels, and the corresponding best other sampling parameter is found for each channel. One algorithm disregards good choices for many channels to accommodate any remaining channel by using only a commonly agreed upon value (a jury system). Another algorithm gives weight to a choice according to the number of channels that agree on that choice (majority rule). A graphical user interface facilitates the selection, and emphasizes which sampling parameters are constrained to vary together.

A system and method for automatically mounting a pellicle assembly on a photomask are disclosed. The method includes loading a photomask into a mounting apparatus and loading a pellicle assembly into a back plate of the mounting apparatus opposite the photomask. The back plate includes at least one load cell that measures a force applied by the mounting apparatus to the photomask and the pellicle assembly. The measured force associated with the at least one load cell is received and the pellicle assembly is mounted on the photomask to create a photomask assembly if the measured force is greater than or approximately equal to a minimum force.

The invention relates to phase matched optical gratings for performing signal multiplexing and demultiplexing in optical communications networks. In prior art gratings there is a phase linearity error between the grating line and the outputs on the focal line, comparing the center output to the surrounding outputs. This corresponds to a relative phase difference between each output which limits the passband. In the case of the AWG this degradation comes primarily from field aberrations in the output star coupler. The present invention has found that if the grating line of the optical grating is disposed on a ellipse instead of a circular arc, while the focal line of outputs defines a substantially circular arc, an optimum can be found where the phase linearity error is substantially eliminated, and all outputs have substantially the same phase. As a result, this creates substantially uniform passbands across the WDM spectrum.

In an error correction device, a frame generation section receives pulse signals as temperature information of a power switching element transmitted from a PWM comparator. The frame generation section sets a first correction pulse signal, a second correction pulse signal and the temperature information sequentially into each frame. A pulse width of the first correction pulse signal corresponds to a pulse width when a time ratio thereof becomes 100%. A pulse width of the second correction pulse signal corresponds to a pulse width when a time ratio thereof becomes 50%. A microcomputer receives the temperature information through a photocoupler and corrects the received temperature information. The microcomputer calculates a temperature detection value of the power switching element on the basis of the corrected temperature information.

The method serves to compensates anisotropy in an inertial rotation sensor comprising a metallized vibrating bell (1) having a bias voltage applied thereto, the vibrating bell (1) having an edge (7) electrodes (5.1, 5.2), and the method comprises the steps of measuring, preferably by multiplexing, the anisotropy between the electrodes and of applying to the electrodes a fraction of the bias voltage that depends on the differences measured between the electrodes.

The invention relates to a method of addressing a management object in a device management system, wherein at least one management object is added to a manageable client device. The method comprises retrieving a content of a predetermined data element from information in the management object. At least part of the content of said data element is coded using a predetermined coding algorithm. At least part of the content of said data element, in coded form, is assigned as an identifier for the management object. The identifier is used to address the management object.

A method of detecting and eliminating errors in application data stored in a section of a memory of an electronic device. The method includes providing an application program containing an error checking algorithm in the electronic device, starting the application program to access the application data, and executing the error checking algorithm to check for errors in the application data. The application data is erased if the error checking algorithm detects an error in the application data.

A system for measuring an access time of a memory includes a first delay unit configured to delay a clock signal by a first delay time and to output a first delayed clock signal, a second delay unit configured to delay the clock signal by a second delay time greater than the first delay time and to output a second delayed clock signal, a memory configured to store data, the data being read from the memory in response to the first delayed clock signal, a detection data storage configured to store the data read from the memory in response to the second delayed clock signal, and a controller configured to measure an access time of the memory based on a comparison of the data in the detection data storage and the data in the memory, the first delayed clock signal and the second delayed clock signal.

The present invention provides a novel technique for canceling substantially the effects of dispersion when two speed of sound (SOS) measurements are required on the materials within a pipe to perform a calculation or derive certain characteristics about the materials flowing in the pipe. According to some embodiments of the present invention, the apparatus may comprise a signal processor configured to receive signals containing information about two speed of sound measurements having two sets of data related to materials within a pipe; and process the two sets of data simultaneously and determine a ridge point by point difference in order to cancel substantially effects of dispersion.

A phase shift circuit includes a 45° phase corrector that performs vector synthesis of signals supposed to have a 45° phase difference, out of a plurality of sets of orthogonal phase signals having an about 45° phase difference and an equal amplitude, the orthogonal phase signals in each set having undergone 90° phase correction, and outputs signals resulting from the vector synthesis, whereby a phase error between the orthogonal phase signals in the different sets is eliminated by the vector synthesis to make it possible to correct their phase difference to accurately 45°.

A transmitter device includes a transmitter including a first oscillator circuitry, a signal processing circuitry, and a calibration circuitry, and a second oscillator circuitry. The first oscillator circuitry is configured to output a first oscillating signal. The signal processing circuitry is configured to mix calibration signals according to the first oscillating signal, in order to emit a first output signal. The calibration circuitry is configured to detect a power of the first output signal to generate coefficients, and generate the calibration signals according to the coefficients, an in-phase data signal, and a quadrature data signal. The second oscillator circuitry is disposed adjacent to the transmitter, and is configured to output a second oscillating signal. The calibration signals are configured to reduce a pulling generated by both of the first output signal and the second oscillating signal to the first oscillator circuitry.