120 results about "Target array" patented technology

The application provides a wideband target array calibration system, device and calibration method thereof, which comprises a master control module, a digital signal processing module, a frequency conversion module and a four-element antenna; the four-element antenna is connected with the frequency conversion module through a microwave cable; the frequency conversion module is connected with the digital signal processing module through a microwave cable and a serial cable; the digital signal processing module is connected with the master control module through an optical fiber; and the master control module, the digital signal processing module, the frequency conversion module and the four-element antenna are connected to form the wideband target array calibration system. The application independently completes the calibration work at each working frequency point in the wideband and the calibration work in the instantaneous bandwidth, and does not depend on high-end instruments, so that the defect of long time consumption in the traditional calibration using the sweep frequency mode is overcome, and the calibration time is reduced.

The invention relates to the technical field of mine safety monitoring, in particular to a coal mine tunnel deformation real-time monitoring device and system. The technical problems that in the working process of a traditional roadway monitoring technology in a geological structure complex area, data processing delay is large, and the best intervention opportunity may be missed due to data lag in the traditional technology are solved. According to the technical scheme, the real-time monitoring device and system for deformation of the coal mine tunnel comprise a fixed distance measuring unit, a reflection target array and a displacement calculation unit, the displacement calculation unit is used for obtaining original distance data from each laser distance measuring sensor to a corresponding reflection target in real time, and the original distance data is calculated through difference calculation between the original distance data and a preset reference distance. The real-time displacement variable quantity of each key deformation monitoring position is directly output, and the displacement variable quantity is directly used as a monitoring index of roadway deformation; according to the invention, through the direct correspondence between laser ranging and the reflection target, the scanning and three-dimensional reconstruction process in the traditional technology is abandoned, the single measurement period is shortened, and the real-time capture requirement of catastrophe precursor is met.

The invention provides a radar antenna structure damage and function damage mapping evaluation method and system based on a subarray-level equivalent target, and relates to the technical field of radar antenna damage effect evaluation. According to the method, a baseline parameter set is formed through standardized filing of functional parameters of an equivalent target array structure, damage is loaded and damage parameters are collected under a preset working condition, main lobe gain, beam width, side lobe level and beam pointing are tested, functional variable quantity is calculated, array surface damage is divided and coded through a two-dimensional matrix and blocks, and standardized input is generated. A quantitative mapping model is established, and through cross validation, residual analysis optimization and adaptive updating, high-precision and traceable evaluation of structures and functions under multiple working conditions is realized, and support is provided for criterion optimization and anti-damage design.

The invention relates to a data interpolation method and device, electronic equipment and a medium, and relates to the field of seismic data processing, and the method comprises the steps: obtaining a to-be-processed seismic data volume; extracting data of the seismic data volume of each dimension to a corresponding target array; defining a first position variable, a second position variable and a third position variable, and performing initialization assignment; the first position variable represents the first position in the continuous invalid positions, the second position variable represents the last position in the continuous invalid positions, and the third position variable represents the first valid position before the continuous invalid positions; on the basis of the first position variable, the second position variable and the third position variable, tracking whether the data of each position in the target array is valid or not in sequence, and performing interpolation processing on invalid positions to obtain an interpolation result after interpolation corresponding to the single-dimensional data; and generating an interpolated seismic data volume according to the interpolation result of each dimension. And the interpolation processing efficiency can be improved.

Embodiments of the present application disclose an image processing method and device, a storage medium and an electronic device. The method comprises: obtaining mask map reading information of a target texture image, the target texture image comprising mask maps on a plurality of color channels; determining a target array element index of a mask texture array according to the mask map reading information, wherein one array element in the mask texture array corresponds to a mask map of the target texture image on one color channel; determining a target array element corresponding to the target array element index in the mask texture array; and reading a mask map corresponding to the target texture image on a target color channel from the target array element. In this way, the target array element index of the mask texture array corresponding to the target texture image is determined according to the mask map reading information, and the mask map of the target texture image on the target color channel is read in the mask texture array according to the target array element index, thereby improving the reading efficiency of the mask map in a game.

The application provides an X-ray communication device and method based on a laser-driven matrix photocathode. The device is applied to the technical field of X-ray tubes and comprises a laser control circuit, a matrix transmission photocathode array, a collimating microchannel plate, a matrix transmission anode target array, a vacuum tube shell and a beryllium window. The method comprises: generating a dynamic pattern, loading data information to be input into an optical signal; and exciting photoelectron emission with spatial resolution characteristics at a corresponding photocathode pixel area; each channel cluster is aligned with a single photocathode pixel at the front end; after the electrons enter the microchannel, continuous secondary electron emission occurs under the action of the electric field on the inner wall of the channel, and an avalanche effect is generated; and through mechanisms such as bremsstrahlung radiation, a bundle of microfocus X-rays is generated at each target point. In this way, the technical problems of the X-ray source in the prior art, such as the limitation in spatial coding capability, response speed, integration degree and communication dimension, can be solved.

The invention provides a convolution operator deployment method and device, equipment, a storage medium and a program product, and relates to the technical field of computation.The convolution operator deployment method comprises the steps that a weight value in a convolution kernel is split, and convolution kernel splitting information is obtained; the convolution kernel splitting information comprises N initial weight value combinations, and copying each initial weight value combination to obtain at least one copied weight value combination corresponding to each initial weight value combination; deploying each initial weight value combination and the corresponding at least one copy weight value combination on a target array in a computing array of the chip; one target array comprises N sub-arrays; one weight value combination is deployed in one column of the subarray, any two adjacent columns of weight value combinations are deployed in a dislocation mode, the row occupied space of a calculation array of the chip is reduced, the number of times of repeatedly reading input data is reduced, and the storage function requirement and operation power consumption of the chip are reduced.

The invention provides an X-ray communication device and method based on a laser driving matrix type photocathode. The device is applied to the technical field of X-ray tubes and comprises a laser control circuit, a matrix transmission type photocathode array, a collimation type structure micro-channel plate, a matrix transmission type anode target array, a vacuum tube shell and a beryllium window. The method comprises the following steps: generating a dynamic pattern, and loading data information to be input into an optical signal; photoelectron emission with spatial resolution characteristics is excited in a corresponding photocathode pixel area; each channel cluster is aligned with a single photocathode pixel at the front end; after the electrons enter the micro-channel, continuous secondary electron emission occurs under the action of an electric field on the inner wall of the channel, and an avalanche effect is generated; a beam of micro-focus X-rays is generated at each target spot through mechanisms such as tough-induced radiation. In this way, the technical problem that in the prior art, an X-ray source is limited in space coding capacity, response speed, integration degree and communication dimension can be solved.

The application relates to a service device and a database event processing method, which are applied to the technical field of databases, and the service device comprises a controller which is configured to: in the process of executing an SQL statement by a database process, enter a kernel state through a system call to execute a kernel function through a target CPU core; in the process of executing the kernel function, trigger a corresponding eBPF mounting point to run an eBPF program on the target CPU core; capture a target database event by executing the eBPF program; write target event data corresponding to the target database event into a target array buffer corresponding to the target CPU core; and in the case that event attribute information corresponding to the target array buffer meets a target condition, batch submit a plurality of event data in the target array buffer to a user state program. The performance overhead caused by frequent switching between the kernel state and the user state is reduced, and the running performance of the database itself is improved.

The present invention provides a data search method, device, and electronic device. The method includes: obtaining a target search condition; recording the target search condition in a target array; wherein the target array includes at least one historical search condition; and sending the target array to a server, so that the server performs a search based on the target search condition and the at least one historical search condition included in the target array. The client can record the target search condition in the target array, and the server performs a data search based on the search condition included in the target array. In this method, the user can enter one search condition each time, and the client can record all the search conditions entered by the user in the target array and send it to the server. After receiving the target array, the server directly extracts multiple search conditions from the target data, which can improve the accuracy of the server's search condition splitting, save server resources, and improve the user's experience in using data search.

The application discloses an abnormal data identification method and device of a vehicle, an electronic device and a storage medium. The abnormal data identification method of the vehicle comprises the following steps: acquiring at least one set of to-be-identified arrays corresponding to a preset to-be-identified time period; comparing the to-be-identified arrays, determining the array difference degrees corresponding to each to-be-identified array; and if a target array with an array difference degree exceeding a preset difference degree threshold is detected in each to-be-identified array, determining the data in the target array as abnormal data. The application solves the technical problem of low accuracy of abnormal data identification in the prior art.

The present application belongs to the technical field of photography. Disclosed are an image processing method and apparatus. The method is executed by an electronic device, which comprises an image sensor, wherein the image sensor comprises a first pixel array. The method comprises: receiving a photographing input; in response to the photographing input, collecting an original image by means of an image sensor, wherein the array mode of an image pixel array of the original image is the same as the array mode of a first pixel array; and when a first zoom ratio corresponding to the first pixel array is greater than a second zoom ratio selected by a user, determining a target array mode matching the second zoom ratio, and converting the array mode of the image pixel array of the original image into the target array mode, so as to obtain a target image.

The application discloses a kind of frequency guidance-based array signal space-frequency information fusion processing method and device, applied to field programmable gate array (FPGA), by obtaining the multiple array signals for carrying out target detection received by target radar array;Any one of the multiple array signals is subjected to frequency detection, and at least one target frequency value is obtained;At least one target frequency value is subjected to frequency conversion filtering according to the multiple array signals, and at least one target array signal corresponding to at least one target frequency value is obtained;At least one target array signal is subjected to angle of arrival estimation, and at least one angle of arrival is obtained;According to at least one target frequency value and at least one angle of arrival, the corresponding relationship of target frequency value and angle of arrival is determined.The application utilizes single-channel signal to carry out frequency measurement, and then carries out filtering processing to multiple array signals and carries out angle of arrival estimation, and subsequent frequency retrieval is not necessary, and the FPGA resource utilization is improved.

The embodiment of the specification provides a satellite-borne phased array antenna beam control method, system and device, wherein the method comprises the following steps: determining initial array information and initial suppression information, and constructing an initial array model based on the initial array information, wherein the initial suppression information comprises a sidelobe suppression window function satisfying a sidelobe earth matching condition; calculating initial array excitation coefficients corresponding to the initial array model by using the initial suppression information, and determining radiation performance information of the initial array model through the initial array excitation coefficients; iteratively optimizing the initial array information and the initial suppression information based on the radiation performance information until a target array model satisfying the sidelobe earth matching condition and target array excitation coefficients of the target array model are obtained, the target array model is used for designing a target antenna array, and the target array excitation coefficients are used for controlling a communication beam of the target antenna array, so that the system and automatic antenna design is realized, and the radiated communication beam has strong anti-interference and compatibility.

The invention provides an optimization method and device for a sensor array, and the method comprises the steps: building a linear array model, carrying out the discretization of a parameter space of an array element position, and generating an array arrangement position grid; acquiring a plurality of sampling points in a sampling space of a preset visual area; constructing a first sensing matrix according to the array position grid and the plurality of sampling points, and establishing a sampling signal model containing sparse signals according to the first sensing matrix; based on a preset multilayer prior model and a posterior probability density function, determining a posterior probability mean value of the sparse signals, and updating the sparse signals in the sampling signal model according to the posterior probability mean value; and performing linearization processing on the compressed sensing vector deviation corresponding to the updated sampling signal model through first-order Taylor approximation, constructing a target gradient matrix, correcting the first sensing matrix according to the target gradient matrix to obtain a second sensing matrix, and obtaining a target array arrangement position according to the second sensing matrix.

A host computer with a FPGA is communicatively coupled to a configuration computer via a communication network. The host computer receives target configuration data from the configuration computer in encrypted form. A scanner module that is associated with the host computer decrypts the target configuration data and scans it for malicious code. The module writes the target configuration data to the fabric area of the FPGA and thereby configures the FPGA accordingly, to enable execution of a target array application. The scanner module is associated with the host computer by being implemented as trusted execution environment, or as an on-array-processor.

The application discloses a chip interrupt processing method and device, equipment and storage medium, and comprises the following steps: after detecting that a target interrupt is triggered in a CPU chip, determining a target priority according to an interrupt number corresponding to the target interrupt in a hash table; a mapping relationship between each interrupt number and the priority in the CPU chip is stored in the hash table in advance; determining a target array value according to the target priority in an interrupt enable register array table; the interrupt enable register array table stores different register array values corresponding to each interrupt and peripheral interrupt under different priorities in the CPU chip, and the register array value is used for indicating the opening or closing function of each interrupt response process; and processing the target interrupt according to the target array value. The technical scheme of the embodiment of the application can realize the separate setting of the priority of all original interrupts and peripheral interrupts in the CPU chip, realizes interrupt nesting, and greatly reduces the software maintenance difficulty.

The application provides a network data processing method and system based on RC4 encryption algorithm and XB algorithm, and relates to the field of data processing.The method comprises the following steps: accessing a target webpage based on a WinHttp module, and obtaining commodity information and video data information from the target webpage; performing deduplication and sorting processing on the video data information to obtain a first database; encrypting the data in the first database based on a preset RC4 algorithm program and XB algorithm program to obtain a second database; determining a target array from the second database based on second instruction information; and transmitting the data in the target array to a plurality of user homepages.The application pushes the data of the target array to a plurality of user homepages, the target array is attractive content selected from a large amount of video data information, and the target array is accurately delivered to a target audience group, so that the goods carrying efficiency and conversion rate are improved, and the integration of an e-commerce platform, a video website and live goods carrying is expanded.

This application provides a method, apparatus, electronic device, and storage medium for determining wake-up relationships, applied in the field of communication technology. Specifically, it includes: constructing a target array, where each target array includes a structure built based on target thread information, and each array includes multiple structures; in response to the Mth call to the query interface request, any array in the target array retrieves wake-up source information layer by layer according to the wake-up relationship and the call to the query interface request, based on the addable wake-up levels. This application can reduce the computational load during wake-up relationship identification and improve the efficiency of wake-up identification.

A method for converting source radar data of a source configuration of a radar system into target radar data of a target configuration of the radar system includes the steps of: providing a two-dimensional or more-dimensional source array of grid cells for spatial coordinates of source reflection locations; determining and assigning the probability and / or frequency of one or more source reflection locations being located in the grid cell from the spatial coordinates of all source reflection locations for each grid cell; constructing a source tensor comprising at least a source array occupying the probability and / or frequency; transforming the source tensor into a target tensor comprising at least one target array of grid cells for spatial coordinates of target reflection locations, wherein the target array specifies for each grid cell the probability and / or frequency of a target reflection location being located in the corresponding grid cell when observing a scene using the target configuration; and sampling the spatial coordinates of the target reflection locations according to the probability and / or frequency in the target array to form target radar data.

The embodiment of the invention discloses a display method, device, equipment, system, medium and product. The method comprises the following steps: acquiring a preset configuration file; the preset configuration file comprises the number of icons corresponding to each display screen and the number of each icon; for any display screen, creating an initial array according to the number of icons corresponding to the display screen; based on the serial number of each icon in the display screen, filling a corresponding position of the initial array with a hardware cyclic redundancy check HWCRC value corresponding to each icon in a check value set to obtain a target array; transmitting the transmission message to a micro control unit (MCU) end through a communication interface, so as to drive the display screen to carry out icon display through the MCU end according to each HWCRC value in the transmission message; the transmission message is determined based on the target array. According to the technical scheme, the code maintenance difficulty is reduced, and the icon display accuracy is improved.

The invention discloses a voice collection method, device and equipment and a storage medium, and relates to the technical field of audio processing, and the voice collection method comprises the steps: carrying out the feature extraction of microphone data collected by a target array microphone according to beam splitting, and obtaining a plurality of beam sound features; performing feature extraction on the voice data acquired by the voice processing unit based on a target person to obtain voiceprint features of the target person; performing similarity comparison on each wave beam sound feature and the target person voiceprint feature, and selecting a target wave beam with the maximum similarity in each wave beam sound feature; and encoding the voice signal corresponding to the target beam and uploading the encoded voice signal to a target terminal. Through the mode, voice signals are acquired through a collaborative acquisition mechanism of the beam forming array and the near-field VPU sensor, the signals with the optimal beams are selected to be processed and transmitted, and the accuracy and effect of voice acquisition are improved.

The invention relates to the technical field of phased-array antenna arrays, in particular to a random uniform sparse algorithm for a phased-array antenna. Comprising the following steps: carrying out minimum unit sub-array grid division on working characteristics of a target array antenna, and carrying out uniform grid partitioning; obtaining possible sparse structures of all basic unit antennas in the antenna sub-array by taking the sub-array as a basic unit; according to preset antenna performance parameters and screening criteria, the sparse structures are combined step by step, and all possible sparse mechanisms of the k-th-level antenna sub-array are obtained; taking the k-level sub-array as a unit, and according to a screening criterion, sequentially and randomly combining to form an antenna whole array; screening the randomly combined antenna whole array according to a screening criterion; and performing array pattern traversal simulation on the screened whole array, and screening an optimal sparse structure. The invention provides a random uniform sparse algorithm for a phased-array antenna, which reduces the sidelobe level, improves the generation speed and economy, and ensures the beam robustness.

Embodiments of the present application disclose a fine adjustment distance determination method and device and electronic equipment. The method comprises: determining an array boundary and a column foot boundary according to initial boundaries of a to-be-installed roof and roof information; determining a target array corner point set and a plurality of column foot points according to a photovoltaic array; determining an array boundary movable distance according to the array boundary and the target array corner point set; determining a column foot boundary movable distance according to the column foot boundary and each column foot point; and determining a fine adjustment distance of a photovoltaic array installation position according to the array boundary movable distance and the column foot boundary movable distance. The method determines the array boundary of the photovoltaic array and the column foot boundary of the column foot, and then determines the movable distance of the array boundary and the column foot boundary according to the array corner point and the column foot point, so as to determine the fine adjustment distance for fine adjustment of the photovoltaic array installation position based on the movable distance, thereby achieving fine adjustment of the photovoltaic array installation position.

The application discloses a kind of based on bit-level sparsity software and hardware collaborative acceleration method and FPGA architecture, the method includes: based on bit-level serial arithmetic unit composition target array, based on coarse-grained coding method, operand is converted into the encoding representation for bit-level sparse calculation;Bit-level serial arithmetic unit is designed in cooperation with coarse-grained coding method;Based on lookup table resource characteristics, bit-level serial arithmetic unit is optimized;Based on target array, the product accumulation operation for encoding representation is executed;Based on distributed controller, through micro load balancing communication strategy, data flow and calculation scheduling in target array are managed.Based on coarse-grained coding method and the use of bit-level serial arithmetic unit, while maintaining the accuracy of calculation, information processing density and hardware resource utilization are improved;Based on micro load balancing communication strategy, the uncertainty of calculation time and load imbalance are improved, and then the product accumulation operation efficiency and resource utilization of FPGA platform are improved.

The application relates to a die-cut label photoelectric threshold automatic calibration method, a system, a medium and an electronic device, and relates to the technical field of die-cut labels.The method comprises the following steps: acquiring N actual photoelectric values; arranging the actual photoelectric values in a forward collection sequence and adding the actual photoelectric values to a preset first array; determining first derivative data according to the first array, wherein the first derivative data is data reflecting the change rate of the actual photoelectric values; updating the first array to obtain a target array, and determining the target array as the first array; repeatedly executing the step of determining the first derivative data according to the first array until N first derivative data are obtained, and the target array contains N photoelectric values; determining second derivative data corresponding to the photoelectric values collected by the photoelectric sensor according to the first derivative data; and determining a target photoelectric threshold corresponding to a label to be printed according to the first derivative data and the second derivative data.The application has the effect of improving the photoelectric threshold and label adaptability.

Embodiments of the present application disclose a cache control method, device, equipment and medium. The method comprises: obtaining a target access heat of cached data; controlling a storage address of the cached data to be added to a target array according to the target access heat; and updating the cached data in a cache area according to the storage address in the target array. The above scheme introduces the target access heat, updates the storage address in the target array, and then updates the cached data in the cache area in stages, thereby avoiding the influence of cache area avalanche on the database and reducing the access pressure of the database. Meanwhile, the above scheme reduces unnecessary occupation of cache resources, improves the use efficiency of cache resources, and is convenient to operate and has small computational complexity.

The invention discloses a road edge determination method and device and a storage medium, and relates to the technical field of automatic control. The road edge determination method comprises the following steps: determining a plurality of ground points from a plurality of laser radar points; grouping the plurality of ground points to obtain a plurality of target wire harnesses, each target wire harness including a plurality of ground points; a plurality of ground points in each target wire harness are sorted, a target array is obtained, and a plurality of items in the target array are arranged from small to large; a plurality of smoothness numerical values of a plurality of ground points in the plurality of target arrays are calculated, and each ground point corresponds to one smoothness numerical value; determining a plurality of target smoothness values from the plurality of smoothness values according to a preset smoothness value; and determining a target road edge according to a plurality of target ground points corresponding to the plurality of target smoothness values. The technical problem of inaccurate road edge extraction in the prior art is solved.

The application discloses a micro-light target device and an absolute radiation calibration method for a spaceborne micro-light load, and adopts a light source which is industrialized and customized and meets corresponding conditions in terms of spectral energy stability, waveband response, light source emission energy stability, light source emission energy uniformity in each direction and light source power as a calibration light source of the target, so that the problem that the light source in the prior art has great uncertainty due to the influence of lamp temperature and the narrow spectral range cannot meet the full spectral range calibration requirement can be overcome. In addition, the application arranges multiple targets with different openings to form an absolute radiation calibration target array of the spaceborne micro-light load, so that multi-point and full waveband radiation calibration can be realized, and through the combination of the micro-light targets with different openings, the measured target radiance, the atmospheric profile and the aerosol content and other parameters, and the simulation of the entrance pupil radiance of the spaceborne micro-light load at the top of the atmosphere by means of a radiation transmission model, high-precision absolute radiation calibration of the spaceborne micro-light load with different spatial resolutions can be realized.

The invention relates to a method for building a target array of trapped particles formed of particles trapped in N trapping sites positioned according to a target geometry, the method comprising: - determining an initial geometry for the positioning of N trapping sites, as a function of the target geometry, so as to fulfill a rearrangement criterion stating that trapping sites positioned according to the initial geometry enables to reduce the number of moves and / or the distance traveled by particles when rearranging particles stochastically loaded in such trapping sites, as compared to trapping sites positioned according to the target geometry, - computing a set of parameters for controlling a generator (22) of trapping sites, so as to transform the geometry of trapping sites from the initial geometry to the target geometry.