209 results about "Target array" patented technology

A system and method for efficient improvement of branch prediction in a microprocessor with negligible impact on die-area, power consumption, and clock cycle period. It is determined if a program counter (PC) register contains a polymorphic indirect unconditional branch (PIUB) instruction. One determination may be searching a table with a portion or all of a PC of past PIUB instructions. If a hit occurs in this table, the global shift register (GSR) is updated by shifting a portion of the branch target address into the GSR, rather than updating the GSR with a taken/not-taken prediction bit. The stored value in the GSR is input into a hashing function along with the PC in order to index prediction tables such as a pattern history table (PHT), a branch target buffer (BTB), an indirect target array, or other. The updated value due to the PIUB instruction improves the accuracy of the prediction tables.

A laparoscopic trainer platform assembly includes: a training platform; a base, configured to accommodate at least one target array; the target array including a planar surface upon which are disposed a plurality of protruding targets oriented at various angles on the base; a left side support for supporting the training platform on the base; and a right side support for supporting the training platform on the base.

A method of fabricating an addressable array of biopolymer probes on a substrate according to a target array pattern using a deposition apparatus, and a deposition apparatus which can execute the method and computer program products for the apparatus. The deposition apparatus which, when operated according to a target drive pattern based on nominal operating parameters of the apparatus, provides the probes on the substrate in the target array pattern. The method includes examining at least one operating parameter for an error from a nominal value which error will result in use of the target drive pattern producing a discrepancy between the target array pattern and an actual array pattern deposited. When an error is detected deriving, based on the error, a corrected drive pattern different from the target drive pattern such that use of the corrected drive pattern results in a reduced discrepancy between the target and actual array patterns.

A system for creating an image file including a computer subsystem configured to identify camera systems having location coordinates within a target array of location coordinates is disclosed. The computer system is further configured to retrieve image data from the identified camera systems, the image data including images of a region of interest corresponding to the target array of location coordinates. The computer system is also configured to create an image file using the image data retrieved from the identified camera systems.

A system and method for branch prediction in a microprocessor. A branch prediction unit stores an indication of a location of a branch target instruction relative to its corresponding branch instruction. For example, a target instruction may be located within a first region of memory as a branch instruction. Alternatively, the target instruction may be located outside the first region, but within a larger second region. The prediction unit comprises a branch target array corresponding to each region. Each array stores a bit range of a branch target address, wherein the stored bit range is based upon the location of the target instruction relative to the branch instruction. The prediction unit constructs a predicted branch target address by concatenating a bits stored in the branch target arrays.

A touch target array overlay that can be associated with a surface of a touch screen of a mobile or fixed device is provided. The touch target array may be translucent transparent or opaque and may have tactile features. The touch target array may include a base member and a plurality of touchable array elements. The base member may be coupled to the surface of the touch screen of the mobile device. Further, the plurality of touchable array elements may be disposed on the base member. The plurality of touchable array elements may facilitate a user to input information in the mobile device. Moreover, the plurality of touchable array elements may align with virtual keys of a virtual keypad of the mobile device, or other features.

An array of MEMS devices is formed on a planar substrate having in each of a plurality of annular regions or sectors a plurality of MEMS mirrors of substantially identical structure, wherein the MEMS mirrors in each region have an identical pre-tilt. The pre-tilt is achieved by embedding each dual-axis tiltable mirror within a pre-tilted microplatform or gimbal. In a specific embodiment, one microplatform of a preselected pre-tilt is provided for each micromirror and an underlying electrode is provided having a shape conforming with the pre-tilt. In a specific embodiment, the annular regions are contiguous elliptical or ovoidal regions. By pre-tilt, it is meant that the rest state or nonactuated state of the micro-mirror is such that a reflected beam from a fixed source is directed to the center of a target array.

A sputtering target apparatus is provided. The sputtering target apparatus includes a first target assembly including a first target array having a first target, a second target disposed adjacent to the first target, and a first target dividing region disposed between the first and second targets, the first target assembly extending along a first direction, wherein the first target dividing region has a longitudinal cross-section that is oblique with respect to the first direction.

The invention discloses a general multiple serial port communication protocol detection and identification method, and relates to the digital communication field. The method comprises the following steps: writing n serial port communication protocols into an ins configuration file; reading bytes in a serial port reception buffer area to an annular buffer area; detecting a front-most data frame start address in the annular buffer area; judging whether the number of detected data frames meeting a communication protocol is not 0, and if so, copying the content of the detected data frames to a target array, carrying out analysis and deleting the detected data frames from the valid data in the annular buffer area; judging whether the length of the valid data in the annular buffer area is larger than or equal to frame length maxprolen of the communication protocol, the frame length of which is the longest, and if so, keeping the newly-written maxprolen-1 bytes in the valid data in the annular buffer area and deleting other bytes; or otherwise, reading quit identification, and if the quit identification is effective, quitting the method. The method can detect, identify and analyze all of the data frames meeting the communication protocol under the condition of having various abnormities.

The invention discloses a sound source locating method and device based on a microphone array. The method comprises that a cuboid microphone array, which comprises at least one cuboid array block composed of eight microphones, is constructed in a to-be-detected space in advance; when a sound source is located, a target array block to which a target microphone of the highest sound-source signal intensity belongs is determined; and signal time delay between the target microphone and adjacent and diagonal microphones in the target array block is obtained, and a position of the sound source is calculated according to the signal time delay. According to the invention, the target microphone is determined, and then the concrete position of the sound source is calculated, tedious calculation as square root calculation is not needed, the computational complexity is low, the computing speed is high, and thus, the method and device are highly practical in the field of voice signal processing.

The invention provides a device for realizing millimeter-wave-radar wide-area long-distance target detection and a detection method. The device comprises an antenna array, an antenna array controller,a millimeter wave processing component and a signal control component. The antenna array is controlled by the antenna array controller. The millimeter wave processing component is connected to the antenna array through the antenna array controller. The signal control component is connected to the millimeter wave processing component. The radiation direction angles of the different array elementsof the antenna array are different. The antenna array controller is used to start a target array element corresponding to a current time sequence in the antenna array according to a preset time sequence. In the invention, through controlling the distance between adjacent radiation units, the antenna array capable of emitting wave beams with different directions is realized, and the structure of the acquired antenna array is light and compact; and simultaneously, a complex Butler matrix network, a radio frequency phase shifter and an amplifier can be prevented from using, which is good for designing and realizing.

The invention belongs to the antenna pattern measurement technology, and relates to the improvement of the antenna amplitude and phase pattern measurement method. Based on a shielded chamber [2], target array [3], three-axis turntable [4], target array calibration system [5], control unit [6], standard signal source [7] and distributor [8] RF simulation laboratory; the steps of measuring antenna amplitude and phase pattern are as follows; determine the electric axis zero position of the measured antenna [1]; calibrate the polarization plane of the measured antenna [1]; measure the measured antenna [1] in the same Amplitude and phase pattern on the polarization plane corresponding to the azimuth plane and the elevation plane of the three-axis turntable [4]. The invention has short measuring cycle, high measuring efficiency and high measuring precision. It can efficiently and accurately measure the amplitude and phase characteristics of the antenna, and guide the development and improvement of the antenna in a timely and rapid manner.

The invention discloses a quick calibration method for multiple vibrating mirrors. The calibration method comprises the following steps: beams sent by a plurality of vibrating mirror control light path emitters of a vibrating mirror control system project a target array on a vibrating mirror correcting plate; the vibrating mirror correcting plate is placed on a contact scanner and an operation contact type scanner collects a target array image; and an image processing module acquires relative coordinate values of the target array of the vibrating mirrors and rotating and translating amounts thereof by means of the collected target array image. The quick calibration method for multiple vibrating mirrors can project the target array of the vibrating mirrors at one time, collect the target array image by using the cheap contact type scanner and process the collected image by the image processing module to output splicing information of a plurality of single vibrating mirror compensation files and multiple vibrating mirrors so as to calibrate the vibrating mirrors with low cost, high efficiency and high precision, and meanwhile, the quick calibration method for multiple vibrating mirrors is suitable for arranging the vibrating mirrors in any form.

The invention discloses a galvanometer correction system. The galvanometer correction system comprises an optical path transmitter, a galvanometer control system and a galvanometer correction system.The optical path transmitter is used for transmitting light beams; the galvanometer control system is used for controlling the light beams transmitted by the optical path transmitter to deflect and mark a target array and sintering the target array on the galvanometer correction system; the galvanometer correction system is used for receiving the light beams transmitted by the optical path transmitter so as to form the target array and generate a galvanometer compensation file. The galvanometer correction system comprises a contact-type scanner, and two sets of parallel inclined lines fixed atintervals are embossed at the outer side of a light-transmission glass plate of the scanner and are in perpendicular intersection to form multiple evenly-arrayed cross points. The invention further discloses a correction method of the galvanometer correction system. The contact-type scanner is used for conducting image collection on the target array on a galvanometer correction plate, the collected target array is processed through an image processing module, and galvanometer compensation is output for correcting the galvanometer. Without assistance of auxiliary measurement equipment, the galvanometer can be corrected with low cost, high efficiency and high precision.

The objective of the present invention is the efficient analyzation of the structure of an array. By performing the prev(S) calculation for a character string S, if in the character string S a like variable is present upstream of a second variable, the second variable is changed to a numerical value that indicates the distance to the upstream like variable. But if in the character string S a like variable is not present upstream of a variable, that variable is changed to "0" to obtain a character string S 1. Further, by performing the compl(S) calculation for the a character string S, if in the character string S a complementary variable is present upstream of a second variable, the second variable is changed to a numerical value that indicates the distance to the complementary variable. But if in the character string S a complementary variable is not present upstream of a variable, that variable is changed to "0" to obtain a character string S2 (102). A single suffix tree (structure suffix tree) is generated by regarding the character strings S 1 and S2 as a pair of corresponding character strings (104 to 114), and the obtained structure suffix tree is employed to analyze the structure of the array that is represented by the character string S.

An X-ray dynamic image system of explosive foil flyers is provided. Each metal target in the metal target array is sequentially irradiated with a laser pulse sequence including a plurality of laser pulses, the corresponding X-ray pulse sequence is generated to irradiate the explosive foil flyer at different flight positions at different time points, and the corresponding X-ray images are obtainedat different positions on a recording medium, so that the time-resolved X-ray imaging is realized. In addition, the system can adjust the period of laser pulse sequences, the number of laser pulses and the number of metal targets in the metal target array according to the actual needs, so as to adjust the period of the X-ray pulse sequence, the number of X-ray pulses and the intensity of single pulse X-rays, to realize the dynamic multi-image imaging of explosive foil flyers; the system has the characteristics of simple realization mode and flexible adjustment.

The invention relates to a method and system for converting a character string with a json format into an array. The method comprises the following steps of: acquiring a to-be-converted character string with the json format; defining a document format according to attributes of a json object corresponding to a target array; and performing format conversion on the character string with the json format according to the defined document format to obtain the target array. The method is convenient to operate without many times of code writing for data conversion; the method is simple; and redundancy codes are greatly reduced. Simple and efficient code requirements are met.

An automatic point-recording device of shooting target consist of frame of automatic point-recording device, horizontal target array, vertical target array, control module, radio emission module, radio receiving module and display. It is feature as utilizing two said target arrays to form a grid, setting grid size to be less than diameter of bullet to let bullet contact with steel wire of grid when grid is hit by bullet in order to obtain coordinate of hitting point then to obtain ring number of the shoot.

The invention provides a non-orthogonal multiple access signal detecting method and a non-orthogonal multiple access signal detecting device. The non-orthogonal multiple access signal detecting method is characterized in that received data is processed to acquire target data; a target modulation order is determined by a modulation order of a remote user and a modulation order of a close user, and a constellation diagram is determined by the power ratio of the remote user and the close user and the target modulation order; a target array of a quantum bit is calculated and extracted by using the target data and the constellation diagram, and a main quantum bit array and a standby quantum bit array are extracted; the target main quantum bit array and a target standby quantum bit array are extracted respectively from the main quantum bit array and the standby quantum bit array; the target main quantum array is decoded, and when the decoding is not succeeded, the target main quantum bit array is corrected by using the target standby quantum bit array, and the target bit stream of the remote user is successfully decoded by the corrected main quantum bit array, and then the close user data is determined by the received data and the target bit stream. Bit error rates are reduced, and operation complexity is low.

The invention discloses a collecting method and a device of independent user number in network monitoring. The collecting method comprises steps of: acquiring Hash values corresponding to user identifiers of multiple users so as to obtain multiple Hash values; according to the Hash values, determining multiple target bytes and multiple target values, wherein each target byte and each target value are determined according to the corresponding Hash value; according to the target bytes and the target values, updating a preset byte array so as to obtain a target array; and according to the target array, collecting independent user number in the users. According to the invention, a technical problem of great space expense during collection of the independent user number in the network monitoring is solved.

The invention discloses a vision measurement calibration method based on circular target array and observation equation. The method mainly comprises lab calibration and field calibration. In the lab calibration, intrinsic parameters, including horizontal scale factor, vertical scale factor, horizontal and vertical coordinates of the center of an image shot by a camera and radial distortion coefficient, of the camera are calculated based on a shot circular target array image. In the field calibration, obtained extrinsic parameters of the camera and an initial value of focal length are corrected based on an error correction equation; and accurate local length and extrinsic parameters, including camera azimuth angle, incline angle, rotation angle and photocenter coordinates, are calculated. In comparison with the prior art, the invention has advantages as follows: the intrinsic parameters of the camera only need to be calibrated once in a lab; and if pose of the camera changes, only the extrinsic parameters of the camera need to be measured once again and introduced into an error equation to be corrected so as to obtain a more accurate parameter value. The method provided by the invention is suitable for multiple calibrations; parameters which need to be calibrated are few; calculation amount is little; and operating speed is fast.