358results about How to "Accurate verification" patented technology

A method and system is disclosed to improve the turnaround time to provide adequate time to meet project schedules in the event that adjustments or modifications to the design are necessary. A method for improving a turnaround time for design verification of a process database representing a semiconductor design includes the steps of (a) deriving a timing database and a (DNE) database from the process database; (b) performing, using the timing database, one or more design changes and one or more timing verifications and corrections to generate a modified timing database; (c) initiating, using the process database, physical validation of the semiconductor design prior to completion of step (b) to generate a modified DNE database; (d) merging the modified timing database with the modified DNE database to form a modified process database; and (e) performing, using the modified process database, one or more design verification checks of the semiconductor design.

An apparatus and method for interrogating and automatically identifying a radio-frequency tagged surgical instrument tray and its contents of RFID-tagged surgical instruments are disclosed. The surgical instrument tray and its contents come into contact with an RF signal transmitted by the RFID reader, and as a result, the RFID tags affixed on the instrument tray and the surgical instruments respond by transmitting back to the RFID reader data pertaining to the history of the surgical instruments. A data terminal, which is connected to the RFID reader, may contain data pertaining to the radio frequency tagged surgical instruments during packaging, and during the return of the surgical instrument trays to the packager, identifies the surgical instruments.

The present application discloses a portable dialysis system for conducting a dialysis treatment. The portable dialysis system has a controller unit that includes a display, a scale, a bar code reader, and a memory storing a plurality of programmatic instructions. Upon execution, the instructions generate a first graphical user interface, a second graphical user interface, and a third graphical user interface for presentation on the display. The first graphical user interface displays each additive required for use in the dialysis treatment. The second graphical user interface prompts a user to submit additives to scanning using the bar code scanner. The third graphical user interface prompts a user to submit additives to measurement using the scale.

A sub-circuit based extraction method which extracts a multi-finger MOS transistor directly as a sub-circuit is described. By adding three marking layers, the method provides the layout extracted netlist with a complete list of device geometric parameters corresponding to the device properties as presented in the sub-circuit model based schematic netlist. By performing a layout-versus-schematic comparison based on all geometric parameters extracted, the layout checking is performed in a complete and accurate way where each device parameter is checked against the corresponding design schematic. This complete and accurate geometric parameter comparison enhances the confidence level of the layout physical verification.

A progressive cavity pump or motor, particularly suitable for hydrocarbon recovery operations, includes a rotor 20 and a stator 10. Fluid pressure in cavities between the stator and the rotor create torque which rotates the bit. An interior surface of the stator is rigidly secured to the outer housing of the pump stator and defines an interior profile. A substantially uniform thickness elastomeric layer 62 is supported on the outer housing. The pump rotor has an exterior profile which corresponds with the interior profile of the elastomeric layer.

A new identification (ID) technology comprising unified and standardized object identification within Cyber Space is disclosed based upon intrinsic properties of the entity to be identified. This Cyber Gene ID (or Cyber ID) technology extracts intrinsic information from either the physical users or their cyberspace counterparts, and such information is categorized into client parameters, dynamic parameters, static parameters, cloud parameters, connection parameters and user parameters.

The servo signal recording device records a servo signal onto a magnetic tape. The device includes a transporting unit for transporting the magnetic tape along its lengthwise direction, a recording unit for recording the servo signal onto the transported magnetic tape, a detecting unit for detecting an edge of the magnetic tape at a time when the servo signal is recorded and an adjusting unit for adjusting a recording position of the servo signal along a crosswise direction of the magnetic tape in accordance with a detection result of the edge of the magnetic tape by the detecting unit. The servo signal verifying device verifies a servo signal recorded onto a magnetic tape. The device includes a reproducing unit for reproducing the servo signal, a detecting unit for detecting an edge of the magnetic tape at a time when the reproducing unit reproduces the servo signal and a calculating unit for calculating a verification result of the servo signal recorded onto the magnetic tape using a reproduction result of the servo signal and a detection result of the edge.

Provided is a target analysis apparatus, method and computer-readable medium based on a depth image and an intensity image of a target is provided. The target analysis apparatus may include a body detection unit to detect a body of the target from the intensity image of the target, a foreground segmentation unit to calculate an intensity threshold value in accordance with intensity values from the detected body, to transform the intensity image into a binary image using the intensity threshold value, and to mask the depth image of the target using the binary image as a mask to thereby obtain a masked depth image, and an active portion detection unit to detect an active portion of the body of the target from the masked depth image.

The invention relates to a one-key registration and login verification method and a system used in mobile equipment. The method comprises the following steps: a user triggers an account registration and/or login function of a client side of the mobile equipment; the client side of the mobile equipment calls a verification client side arranged in the client side to send a registration and/or login request to a verification server side; the verification server side sends an authentication credential to the verification client side; the verification client side sends the authentication credential to a server side of the mobile equipment; the server side of the mobile equipment sends the authentication credential to the verification server side for verification, and the verification server side sends the result whether the authentication credential passes verification to the server side of the mobile equipment; and if the authentication credential passes verification, the server side of the mobile equipment sends relevant data after successful registration and/or login to the client side of the mobile equipment. By adopting the one-key registration and login verification method and system used in the mobile equipment, quick account registration and login for the mobile equipment can be simply and safely realized.

A personal verification device includes a fingerprint sensor which detects a fingerprint of an operator, and a pulse wave sensor which detects a pulse wave of the operator. An index extraction section processes the pulse wave detected by the pulse wave sensor and extracts at least one index. First reference information which is compared with a fingerprint is stored in a first reference information storage section. Second reference information which is compared with the at least one index is stored in a second reference information storage section. A verification section outputs a signal indicating that the operator is true when it is determined that the operator is a registered person based on the result of comparison between the fingerprint and the first reference information, and it is determined that the operator is alive based on the result of comparison between the at least one index and the second reference information.

A recursive verification protocol to reduce the time variance due to delays in the network by putting the subject node at most one hop from the verifier node provides for an efficient manner to test wireless sensor nodes. Since the software signatures are time based, recursive testing will give a much cleaner signal for positive verification of the software running on any one node in the sensor network. In this protocol, the main verifier checks its neighbor, who in turn checks its neighbor, and continuing this process until all nodes have been verified. This ensures minimum time delays for the software verification. Should a node fail the test, the software verification downstream is halted until an alternative path (one not including the failed node) is found. Utilizing techniques well known in the art, having a node tested twice, or not at all, can be avoided.

A triple imager arrangement is mounted onto a linear accelerator, providing pre- or post-treatment images of a patient, for verification and monitoring of patient position. Left and right diagnostic radiation sources mounted onto the treatment head. The triple imager arrangement is mounted on the gantry counterweight, with a portal imager and left and right diagnostic image detectors. Image-forming plates of the portal imager and the diagnostic imagers are positioned perpendicular to the therapy beam central axis, and perpendicular to the central axes of the diagnostic sources. The image forming plates are the same given distance X from the respective source. The resulting image information can be used in conjunction with an assistance module for assisting the linear accelerator therapist in accurate adjustment of the patient position.

Embodiments of the present invention disclose a driver identity verification system and method, and can overcome the defect that an existing vehicle management technology cannot accurately and timely verify the identity of a driver and determine whether the driver is the vehicle owner or a legally authorizer. The system comprises: a document reading apparatus which is electrically connected to an identity verification apparatus and is used for reading identity information of a driver by a driver identification card inserted into the document reading apparatus and transmitting the identity information to the identity verification apparatus; a camera which is arranged in a cockpit of a vehicle, is electrically connected to the identity verification apparatus and is used for acquiring personal image information at the position of the driver according to an instruction of the identity verification apparatus and transmitting the personal image information to the identity verification apparatus; and the identity verification apparatus which is electrically connected to a vehicle control apparatus and is used for comparing the identity information with the personal image information and sending an unlocking instruction to the vehicle control apparatus when the comparison is successful, so that the vehicle control apparatus unlocks the vehicle and responds to an operation instruction of the driver to control the vehicle operation.

This invention provides an in/out tracking system and a method based on RFID goods including RFID labels, a reader, a working state control unit, reader antennas and a back end data process unit, in which, the working state control unit is connected with the reader to control the working state of the reader, the RFID label is composed of multiple RFID labels and antennas of which are set in angle solving the problem that labels adhered on metals can't be read and improve the limit of reading angles between antennas of labels and readers. This invention also applies a double verification method to carry out double verification to multiple identity verification cards, and the control unit will convert the system from the standby mode to activation working mode only when the verification is successful.

The invention discloses a database migration data verification method and system. The system comprises various source databases and target databases. The method comprises that a data segmentation module extracts data from the source databases and the corresponding target databases to form sample data blocks of data verification. A data block management module performs data attributive analysis on the sample data blocks to form sample data block basic information and compares the block basic information of the source databases with corresponding target database basic information to obtain the conclusion of the integrity of migration data. By means of the method and the system, the block basic information obtained through sample extraction by the source databases and the target databases is compared to verify the database migration data, and accordingly, the loads of former comparison of a large number of data are reduced greatly.

The container deployment system of the present disclosure provides systems and processes to perform authorization of each unique container instance by the enterprise organization that published the container image and requested the container instance. A controller may be programmed or configured to apply one or more authorization policies to determine if a container instance should be executed or not. The authorization policies may include rules that restrict the number of containers running, cost consideration for executing a container, violations of time constraints for the execution of a container image, and violations of location constraints for execution of a container image, among other variations.

The invention discloses a method and a device for verifying a service data object for solving the problem of low accuracy of effectiveness verification for the service data object in the conventional technology. The invention adopts a main technical scheme that: the method for verifying the service data object comprises the following steps: searching an effectiveness rule corresponding to an attribute name and an attribute type in a preset effectiveness rule according to the attribute name and attribute type of a service object extended by a user request; verifying the service data object input by a user according to the found effectiveness rule; and when the service data object passes the verification, saving the service data object. Through the technical scheme, the effectiveness and the availability of the service data object input by the user are improved, and the efficiency of effectiveness verification of the service data object is improved.

The invention provides a target analysis method and device based on intensity image and range image. The device comprises a main part detecting unit, a foreground segmentation unit and a moving part detecting unit, wherein the main part detecting unit detects the main part of a target from the intensity image of the target; the foreground segmentation unit calculates the intensity threshold on the basis of the intensity value of the detected main part, uses the intensity threshold to convert the intensity image to a binary image and uses the binary image to mask the range image to obtain a mask range image; and the moving part detecting unit detects the moving part of the target from the mask range image.

A method and apparatus of measuring a packet throughput in a wireless communication system are provided. When determining a reference time for estimating packet throughput, a receiver determines the time that a data burst starts or ends in order to estimate the packet throughput considering a change in the data burst of the transmitter buffer. A measurement period is defined through the determined start time and end time of the data burst, and packet throughput is measured considering the total amount of the received data burst. The throughput of packet data may be estimated by each base station based on the same standard rule, so that the measured packet throughput values may be reliable, thus allowing the operator to make use of it as a parameter for MDT.