669results about How to "Increase generation speed" patented technology

The present invention discloses a block chain-based transaction business processing method and system. According to the block chain-based transaction business processing method and system, a plurality of parallel block chain networks with the same participants are constructed for a block chain network, and business flow division control systems are constructed for the participants of the block chain network. The method includes the following steps that: when a user initiates a transaction request to a participant in the block chain network, the business flow division control system of the participant obtains the preset type transaction parameter of the transaction request and determines the identifier of a parallel block chain network corresponding to the preset type transaction parameter according to a pre-stored business flow division control parameter and a predetermined analysis rule; and the business flow division control system of the participant adopts the parallel block chain network corresponding to the identifier as a target block chain network for executing the transaction request and sends transaction parameters corresponding to the transaction request to the target block chain network for transaction processing. With the block chain-based transaction business processing method and system of the present invention adopted, the stability and efficiency of transaction business processing can be improved.

The present invention discloses a block chain and a method for generating a new block in the block chain. The method comprises the steps of when a running state of a target node meets a preset condition, controlling the target node to generate a new block in a public storage space, notifying all nodes in the block chain to verify legality of the new block, and generating corresponding voting information according to a verification result; and analyzing voting information of each node for the new block, selecting the legality of the new block according to a preset rule, determining whether the new block is a legal block, and performing service processing on the new block. Through adoption of the method, the new block can be generated in the block chain without verification by other nodes, so that the new block can be generated in the block chain at a faster speed, therefore, the overall processing efficiency and throughput of the block chain are improved.

The invention provides an automatic vertical parking system and a parking method based on multi-stage planning and machine learning. The image is collected by a ring-view camera, and an ultrasonic sensor detects obstacle information to judge the position, heading information and the validity information of the storage location relative to the storage location. The automatic parking process is initiated when a suitable size and no vehicle-occupied space is identified. The automatic parking system plans the parking route according to the current self-parking posture and the information of the garage. If necessary, the automatic parking system uses multiple R-S curve is adjusted from the parking position to the proper position, and then the secondary helix parking trajectory is generated according to the learning network. The steering wheel, throttle and brake pedal are controlled electronically for parking and garage entry. The invention utilizes the secondary helix training set and thelearning network to improve the efficiency of the parking process and the adaptability to the path deviation, and combines R-S curve for multi-stage planning, to achieve a very small range of parkingplanning high success rate, a wider range of application, more reliable parking process.

The invention discloses a virtual machine mirror image generating method and a device based on software preinstallation in cloud environment. The virtual machine mirror image generating method and the device based on the software preinstallation in the cloud environment comprise that softwares which are uploaded by users are received and dependency of the uploaded softwares are checked, operating system configuration information which is submitted by the users is received and analyzed to obtain analysis results of the operating system configuration information. Basic environment which is necessary to install an operating system based on the software preinstallation technology is generated according to the analysis results of the operating system configuration information. A virtual machine start is started by using a virtual machine start configuration file in the generated environment and a monitoring progress is started at the same time. An operating system installation program is operated in the virtual machine and the operating system is installed in a non-interactive mode. Meanwhile, the monitoring progress judges whether the installation of the operating system is wrong or accomplished or not. When the installation of the operating system is wrong, the virtual machine is closed and temporary files in the basic environment are cleaned and internet protocol (IP) address is returned to an IP address pool. The virtual machine mirror image generating method and the device based on the software preinstallation in the cloud environment can solve defects of an existing manner, wherein the defects of the existing manner are insufficient in flexibility, low in speed, serious in source consumption and the like.

The invention discloses an auxiliary decision method for recovering the group multiattitude of a power system. With the method, the recovery scheme of black start, net rack recovery and a load recovery stage can be generated and a plurality of candidate recovery schemes are sorted; the generation process of the recovery scheme is divided into three steps so as to ensure that the method is self-adaptively changed into a scheme by taking the safety of the system as an optimizing object when the recovery scheme by taking the recovery time as the optimizing object is infeasible; different important degrees of a decider can be considered for the provided group polymerization function and the requirement on the independence between the number and the attribute of the scheme is not strict; the recovery object and the recovery scheme of the recovery object can be determined on line according to the recovery condition of the current power grid and the flexibility and the feasibility of the recovery auxiliary decision of the system can be improved; and the auxiliary decision method is suitable for assisting in dispatchers dispatched to a province to recover the partition independent parallel recover stage at the initial stage of the system and the auxiliary decision of each subsystem when the serialization is recovered can provide the effective supplementation for the off-line preplan.

The invention discloses a 3D printing bionic porous biological ceramic artificial bone and a preparation method thereof. A porous biological ceramic artificial bone model is designed through a TPMS and CSG combined method, slurry capable of being used for printing is prepared through biological ceramic powder and a binding agent, macropores and micropores are distributed in the porous biological ceramic artificial bone prepared through the combination with the 3D filament-free printing process, the pore diameter of the micropores is smaller than 100 micrometers, the pore diameter of the macropores is 200-800 micrometers, the total porosity is 20% to 80%, the communicating rate between the macropores is not lower than 99%, precise design of porosity, communication and homogeneity in the artificial bone is achieved, and meanwhile good pore communication is ensured. Adopted raw materials have good biocompatibility, entry passageways of cells and tissue fluid are provided by the macropores, the micropores can better adsorb tissue fluid nearby for cell growth, the cell growth speed and the new bone generation speed can be increased by combining the micropores with the marcropores, and application of the porous biological ceramic artificial bone in human body large bone defect repair clinic treatment is facilitated.

The invention discloses a real-time transparent object GPU (graphic processing unit) parallel generating method based on three-dimensional point cloud, which comprises steps of: (1) generating a background map of a nontransparent object; (2) generating geometric buffer of a transparent object, generating all three-dimensional points by a sphere generating way, utilizing hardware depth detection to acquire depth of an approximate plane, and simultaneously saving material information of the transparent object; (3) smoothing the depth, using the depth information in the geometric buffer to perform smooth filtering to the depth to acquire a smooth surface; (4) calculating thickness of the transparent object, generating all three-dimensional points, and utilizing hardware Alpha to mix and calculate the thickness of the transparent object; and (5) coloring the transparent object, using the depth and the material information to perform illumination computation to the transparent object, utilizing the thickness to calculate refraction and reflection properties of the transparent object, and utilizing the background map to finish coloring. The method avoids the surface rebuilding step in the traditional method, and can meet the requirement of real-time generation of a million-level transparent object based on point cloud.

The invention provides a hoTSpot information review article generating method, device and terminal equipment. The method comprises the steps that hoTSpot information is determined according to readingfeedback information and publishing time of each information in the current webpage library; comment data corresponding to the hoTSpot information is obtained; a target comment set is selected from the comment data according to a preset high-quality comment model; a review article is generated according to the obtained hot spot information and the corresponding target comment set. Thereby, it isrealized that the hot news information review article is automatically generated according to the webpage library, the article generation cost is reduced, the article generation speed and timeliness are improved, and the user experience is improved.

The invention discloses a self-absorption air type cyclone foaming device for dust removal of coal mine. The device mainly comprises a foaming liquid supply pipe, a jet flow nozzle, an air suction mixing barrel body and a foaming barrel body, wherein the foaming liquid supply pipe is connected with the jet flow nozzle; an air suction chamber, an air and liquid mixing chamber and a diffusion foaming chamber are sequentially arranged inside the air suction mixing barrel body; the jet flow nozzle is connected to the air suction chamber; an air suction hole is formed in the air suction chamber; and a cyclone foaming chamber and a foam flow-out chamber are sequentially arranged inside the foaming barrel body. Foaming liquid with set pressure is sprayed at high speed through the jet flow nozzle to form turbulent jet flow; under the suction of the turbulent jet flow, air in the environment can automatically enter the air suction chamber through the air suction hole and is brought into the air and liquid mixing chamber from the air suction chamber to perform energy transmission and mass transmission; the accelerated and compressed air is crushed into air bubbles by liquid drops in the diffusion foaming chamber; and the preliminarily foamed flow is fully foamed in the cyclone foaming chamber. The self-absorption air type cyclone foaming device is simple in structure, convenient to operate, high in foaming rate, low in energy consumption, safe, reliable and low in running and maintenance cost.

The invention relates to a depth generating method based on a background difference sectional drawing and a sparse optical flow method. The depth generating method comprises the following steps: selecting suitable colour space and establishing a colour model; establishing a background model fast and effectively so as to exactly describe the background of a video sequence; classifying each pixel point according to the background model; optimizing the classified result of the pixel; evaluating an optical flow value of a feature point by the sparse optical flow method; evaluating the optical flow values of all the points by interpolation; and obtaining a depth value by the optical values. The invention has the advantages as follows: the sheltering problem which cannot be solved by singly using the optical flow method can be avoided; and the generation of the depth of the video sequence can be automatically realized.

The invention relates to the cross field of geographic information and information technology, in particular to a distributed algorithm for quickly establishing a massive remote sensing image pyramid applied to the construction of National Spatial Data Infrastructure. The method realizes the algorithm for quickly establishing the massive remote sensing image pyramid by means of data distribution storage and parallel computation capabilities based on a PC (Personal Computer) cluster, through the steps of dividing N*M grids, performing pyramid establishment task distribution and scheduling and pyramid establishment and correctly dividing grids and computing grid information, and by means of a communication transfer task between a control node and a computation node; and the method mainly aims to solve the related technical problem of how to divide the N*M grids, etc. The distributed algorithm for quickly establishing the massive remote sensing image pyramid has the following advantages that: based on the data distribution storage and parallel computation capabilities, the speed of generating the massive remote sensing image pyramid is increased; and the problem of black edges causedby image block documents crossing grids is solved; therefore, the purpose of increasing the pyramid establishing speed is achieved and the pyramid establishment accuracy is ensured.

Systems, methods, and computer storage media for handling failures in generating structured queries from natural language queries. One of the methods includes obtaining, through a natural language front end, a natural language query from a user; converting the natural language query into structured operations to be performed on structured application programming interfaces (APIs) of a knowledge base, comprising: parsing the natural language query, analyzing the parsed query to determine dependencies, performing lexical resolution, forming a concept tree based on the dependencies and lexical resolution; analyzing the concept tree to generate a hypergraph, generate virtual query based on the hypergraph, and processing the virtual query to generate one or more structured operations; performing the one or more structured operations on the structured APIs of the knowledge base; and returning search results matching the natural language query to the user.

The invention discloses a method and equipment for generating a preamble sequence. The method comprises the following steps of: generating a frequency domain ZC sequence; determining a format and a time domain sampling point number of a target preamble sequence; performing inverse discrete Fourier transform of a corresponding preset small point number on the frequency domain ZC sequence according to the time domain sampling point number of the target preamble sequence to obtain a time domain sequence; performing interpolation on the time domain sequence, and converting the length of the time domain sequence into a length corresponding to the time domain sampling point number of the target preamble sequence; acquiring a phase rotation angle according to an initial position of the preset frequency domain resource; multiplying the time domain sequence with the converted length and the phase rotation angle, and performing phase conversion; performing corresponding subsequent processing on the time domain sequence with the converted phase according to the format of the target preamble sequence; and adding a cyclic prefix to the subsequent processed time domain sequence. The preamble sequence generating method disclosed by the embodiment of the invention avoids the occurrence of Fourier transform of a large point number so as to improve the operation speed, reduce the calculation quantity, improve the generating speed and reduce the power consumption and the circuit area at the same time.

The method comprises: dividing the map information into map blocks to store in the server; calling opposite block information according to user operation, buffering the block, and displaying the information on bottom map; deciding whether user operation needs new block; moving the block information or calling new block to buffer and display. This invention has ideal display effect, reduces system and network load, and has wide application.

The invention discloses a steam-curing-free early-strength steel fiber concrete pipe segment comprising ordinary Portland cement, early-strength sulphoaluminate cement, fly ash, slag, fine aggregate, coarse aggregate, water, a polycarboxylic acid type water reducer and end hook type steel fibers. The invention also discloses a preparation method of the steam-curing-free early-strength steel fiber concrete pipe segment. The steam-curing-free early-strength steel fiber concrete pipe segment is quick in coagulation and hardening and high in early strength, can reach the strength of 15MPa required by pipe segment demolding in 6-8 hours, and can be prepared into a concrete pipe segment for an underground structure by performing water curing in a 20 DEG C saturated calcium hydroxide solution for 24 hours and then performing natural curing for 28 days. The steam-curing-free early-strength steel fiber concrete pipe segment does not need steam curing, so that the curing mode of the pipe segment can be simplified, the curing time is shortened, a lot of manpower and resources are saved, and the popularization and application values are high.

The invention designs a novel parallelization scheme, particularly relates to a parallelizing method of association analytical algorithm in order to overcome the defect that a conventional association rule analysis algorithm Apriori cannot well adapt to parallelization. The parallelizing method includes blocking computation tasks via a master control node, allocating and distributing to various subsidiary computation nodes; parallelly computing via the various subsidiary computation nodes to screen frequent item sets, finally combining the nodes and returning results for statistics, and generating the frequent item sets; distributing the frequent item sets again and generating rules via various nodes. Since each computation node only processes a part of computation tasks, the problem that massive data cannot be processed by being read into an internal storage by one machine and processing speed is too slow is solved; the various nodes can be parallelly involved in processing, and processing efficiency is effectively improved; synchronous dependence, network communication overload, high frequency in I / O (input / output) operation among the nodes during computation are correspondingly improved, and scanning and computing speed of a database are improved.

The invention discloses a pairwise overlay integrated software test case suite generating method regarding the generation problem of pairwise overlay integrated test case suite in an integrated software test. The method is inspired by discrete particle swarm optimization, and a particle represents a test case suite, wherein different particles represent different test case suite generation schemes, the overlaying condition of the test case suite on each factor integration is evaluated overall; regarding particle position updating, the individual position of next generation is generated by utilizing the number of occurring times of the discrete value of each factor in each test case suite as basis; and acquiring the test case suite which fulfills restriction and overlays all factor integrations. Compared with the conventional method, the invention provides the pairwise overlay integrated software test case suite generating method which is independent of the initial value, and has the advantages of high convergence speed, small calculation quantity, good stability and small integral scale of the generated test case suite, so that the software testing efficiency is improved, and the testing cost is reduced.

The invention discloses a spatio-temporal trajectory generating method. The method comprises the steps that initial data of a data collection object is acquired; according to the initial data, spatio-temporal trajectory data is generated; the spatio-temporal trajectory data is input to a HBase distributed database cluster; according to query conditions input by a user, collision analysis and / or adjoint analysis is conducted on the spatio-temporal trajectory data in each partition cocurrently to generate a target spatio-temporal trajectory. According to the method, by means of an HBase distributed database technology, analysis can be conducted on the mass data in each partition cocurrently to generate the spatio-temporal trajectory, and then the generation speed and precision of the spatio-temporal trajectory are effectively improved. The invention further discloses a spatio-temporal trajectory generating device which has the advantages as well.

The method includes three procedures: pretreatment procedure, node evaluation procedure, and real time processing. The method includes following steps: reading geography data from hard disk; next, through pretreatment procedure, converting sampled geography data to data to be stored in another data format; then, when rendering topography, the real time processing procedure carries out rendering topography in real time based on evaluation on detailed degree of topography node by the node evaluation procedure; finally, repairing cracks generated in rendering topography. Optimizing traditional geomorphic algorithm, the invention raises generating efficiency and speed, enhances variability of geography in game scene.

The invention belongs to optical technical field and specifically relates to a method for fast generating an optical starry sky background. The method comprises following steps including: a step 1, modeling a sky background in which star catalogue data of fixed stars is used as a source, by means of transformation of time and a coordinate system and correction of the apparent positions of heavenly bodies, starry sky background models at any observation point any time are constructed and a calculating result is inputted into a base in order to be used for simulation, wherein the calculating result comprises star names, star magnitudes, right ascension, and declination; and a step 2, simulating the established starry sky background model. The step 1 uses Hipparcos Catalogue as a data source of a visible light band. According to the selected Hipparcos Catalogue, the apparent positions of the fixed stars are calculated. Considered factors comprise annual parallax and proper motion caused by revolution of the earth, aberration caused by the self motion of an observer, annual aberration, precession, and nutation caused by earth revolution about the sun. The speed for generating a starry sky background by using the method may reach 50Hz.

The invention provides a generation method and device for a word segmentation dictionary and a word segmentation processing method and device. The generation method for the word segmentation dictionary comprises the following steps: acquiring an original sentence and language material; segmenting the original sentence and language material to obtain segments, and filtering the segments to obtain a filter result, wherein the filtering step comprises at least one of the following steps: carrying out filtering based on word frequency and inverse frequency; carrying out filtering based on boundary; and carrying out filtering based on splicing; and generating the word segmentation dictionary according to the filter result. The method, which is independent of manual screening and a word segmentation apparatus, can be used for recognizing entries which are not logged in, so that the generation speed and effect of the word segmentation dictionary are improved.

A system for inspecting components is provided. The system includes a CMOS imaging system generating image data, such as pixel data from a pixel array. An image analysis system is connected to the CMOS imaging system, the image analysis system receiving the image data and generating image analysis data. The CMOS imaging system generates the image data at a rate that allows the CMOS imaging device to be used for inspecting components.

The invention relates to a method and system to realize the transformation of document format by virtual printing, and belongs to the document format transformation technology.In conformity to the descriptive principles of the printer language generated in the virtual printing process of the original document, the invention can combine the complicated background patterns, laces, wordarts and other complicated webpage element data into objects that can be described in less descriptive speech according to certain method and then the combined data of the printer language description can be transformed into target document format.By using the invention, the amount of descriptive language occupied by webpage graphics primitives are reduced in the target format document, and thus achieve the effect of faster target document production, smaller target document size and faster display of the target document in the corresponding reading viewers.The method and system adopted in the invention can produce document with the same visual effect of the original document in a fast and exact manner. It can also satisfy the requirement for possibly smaller size and faster speed of electronic document and hand-hold reading equipments.

The invention discloses a laminated double-sided multi-serpentine microchannel reforming hydrogen production reactor which comprises an upper cover board, a lower cover board, an evaporation plate, a plurality of upper reforming plates and lower reforming plates, wherein the plurality of upper reforming plates are arranged between the evaporation plate and the lower reforming plates; a flexible graphite pad is arranged between any two adjacent upper reforming plates; an evaporation cavity is formed in the upper surface of the evaporation plate; an inlet drainage cavity and an outlet drainage cavity, which are communicated with each other, are symmetrically connected with two sides of the evaporation cavity respectively; reaction cavities are formed in the centers of the upper reforming plates and the lower reforming plates; the inlet drainage cavity and the outlet drainage cavity, which are communicated with each other, are symmetrically connected with two sides of each reaction cavity respectively; reaction carrier sheets are arranged in the reaction cavities of the upper reforming plates and the lower reforming plates; and groove structures with a plurality of serpentine microchannels are symmetrically formed in the upper surfaces and the lower surfaces of the reaction carrier sheets respectively up and down. According to the laminated double-sided multi-serpentine microchannel reforming hydrogen production reactor, the specific surface area of the reaction carrier sheets can be significantly increased; adhesion of a catalyst is improved; and the reaction pressure drop can be effectively reduced, so that the alcohol conversion rate and the hydrogen production speed are improved.

The invention relates to a technique for efficiently, rapidly and continuously producing gas hydrate and a device thereof. The invention provides technical equipment for the promotion of gas hydrate utilization technology, and adopts a pipeline type gas hydrate continuous production device; the design of a spiral coil is adopted by a reactor body, so that the space is effectively saved; a taper hydrate generator utilizes the energy transformation of flow media to transform kinetic energy and potential energy into pressure energy, thereby accelerating the generating speed of the hydrate. The invention has the advantages of compact structure, simple method, easy operation and control as well as low cost and energy consumption.

The utility model discloses a DDFS (direct digital frequency synthesis) device-based curve generator, which comprises the successively connected DDFS device, the numerical model transform and synthetic unit and the wave filter, among which the DDFS device consists of the phase accumulator unit and the phase amplitude conversion unit. The phase accumulator unit includes the phase accumulator and the register. The phase amplitude conversion unit is a CORDIC operation module. The utility model has the advantages that a complex wave pattern can be generated for the use in the test field. The wave pattern is provided with a plurality of frequencies which can be controlled via the frequency control field inputted to the phase accumulator. The CORDIC module replaces the traditional ROM look-up table so as to lower the cost of the hardware. Also, the use of the reiteration and the pipeline technique in the CORDIC algorithm accelerate the generation of the wave pattern.

The invention provides a digital PCR (polymerase chain reaction) chip. The digital PCR chip comprises a droplet production module formed by laminating a cover glass and a glass substrate and a droplet collecting module tightly attached to one surface of the droplet production module, wherein two through holes including a liquid phase sample inlet and an oil phase sample inlet are formed in the cover glass; microflow channels communicated withthe liquid phase sample inlet or the oil phase sample inlet are etched in one surface, attached to the glass substrate, of the cover glass, each microflow channel is divided into two branch channels, and the branch channels pairwise intersect with droplet production ports; the droplet collecting module comprises a cavity with two opening sides, and the droplet production ports are all tightly attached to the inner side of one opening. The digital PCR chip is provided with the independent droplet collecting module, the PCR and the result observation are both performed in the chip, so that the probabilities of pollution and demulsificationare greatly reduced, meanwhile, results of the PCR are observed under a fluorescence microscope in a unified manner, signals reading of droplets is not required to be performed in the chip one by one, and the signal reading time is greatly shortened.

The invention belongs to the technical field of application, storage and transportation of gas hydrates, relates to an experiment device and particularly relates to a pipeline type experiment device for generating a gas hydrate. The pipeline type experiment device comprises a gas-liquid conveying system, a cooling system and a hydrate pipeline generation system, wherein the gas-liquid conveying system comprises a gas bottle, a bottle storage tank, a discharging opening I, a centrifugal pump, a liquid flow meter, a compressor, a gas flow meter, a separator and a buffering tank; the cooling system comprises a cooling tank, a discharging opening II, a cooling water bath I and a cooling water bath II; the hydrate pipeline generation system comprises a chemical feed opening, a micro-bubble generator, a connection flange, a twisted strip type spiral generator, a temperature sensor, a pressure sensor, a differential pressure meter, an observation window and an experiment pipe section. The whole set of the experiment device is convenient to operate and low in operation cost; the requirements of hydrate slurry generation and flowing principle experiments are met.