145results about How to "Efficiently build" patented technology

A method is provided for robustly and efficiently identifying contours in an image of an object. Features are extracted from an image, typically using a Sobel edge detector or a set of large oriented filters, and are locally chained to form contour segments of particular character, such as line segments. A spatial hash table is used to access the contour segments according to the location of their endpoints. Candidate sets for joining to grow contours are reduced by considering only segments having ends in adjacent spatial hash bins. Contour constraints are applied to appropriately choose among the candidates to form contours. The method facilitates robust and efficient scratch detection of fiber-optic end faces, or of any surface that may have smoothly curved scratches.

A closed loop system is presented for selecting samples for labeling so that they can be used to generate classifiers. The sampling is done in phases. In each phase a subset of samples are chosen using information collected in previous phases and the classification model that has been generated up to that point. The total number of samples and the number of phases can be chosen by the user.

The invention discloses an existing bridge quick BIM modeling system and method. The three-dimensional laser scanning technology serves as a bridge three-dimensional geometric data acquisition tool, and the limitation of passive ranging in traditional close-range photogrammetry, namely limitation of natural light conditions, is overcome. In actual application examples, by comparing a BIM model built through three-dimensional scanning and an actual building, it is found that the similarity between the BIM model and the actual building can reach 90% or above. A full-color-point cloud model is obtained through the three-dimensional scanning technology, a vivid and fine virtual model can be generated through three-dimensional entity modeling software processing, the method can be used for webpage real-time publish and sharing, and the cooperative work efficiency is improved. The whole BIM modeling process is convenient, quick and precise, as for small-and-medium-sized bridges, it takes a few hours from field work scanning to building of the whole BIM model, and model errors can be controlled at the millimeter level.

The invention discloses a method for rapidly establishing a Cas9 dual-element expression carrier library of paired sg RNA, and relates to a method for rapidly establishing a dual-element carrier in the gene engineering field. According to the method, on the basis of establishing a CRISPR-Cas9 dual-element expression carrier, corresponding positive and negative primers are designed according to a specific gene design target sequence and have two BsaI restriction enzyme cutting sites; through one-step PCR, the target sequence and target segments of two BsaI sites are obtained, and the segments enter the dual-element expression carrier with a Cas9 gene through a simple restriction enzyme cutting and connecting mode to form the Cas9 carrier of the paired sg RNA. A random library and a non-random library can be efficiently established and can be used for large-scale screening of gene functions in plants and meanwhile can be used for establishment and research of a gene interoperation network among multiple genes; it is proved through experimental results that the Cas9 dual-element expression carrier library of the randomly-paired sg RNA of 14 target spots (from 14 genes) is successfullyand efficiently established through the method.

The invention discloses a modeling method of a finite element model for an overhead power transmission tower-line coupling system and belongs to the technical field of ice resistance assessment for an overhead power transmission line. The modeling method comprises the following steps: utilizing a computer to firstly establish a finite element model library of the overhead power transmission tower, a guide line and a ground wire through a program, then building a finite element model basic structure of the power transmission tower-line coupling system, and using a geometric nonlinear finite element form finding analytic method to build an accurate finite element model of the overhead power transmission tower-line coupling system under the self-gravity action, so as to realize quick and efficient establishment of the finite element model for the overhead power transmission tower-line coupling system. The method has the advantages of simplicity, strong operability, less modeling workload, high efficiency, accuracy, reality and reliability in the model, high precision, strong applicability and the like. The modeling method can be widely applied to establishment of the finite element model for the overhead power transmission tower-line coupling system, in particular to establishment of the large-area multi-line overhead power transmission tower-line coupling system, and provides accurate and reliable basis for assessment of the ice resistance.

The invention discloses a construction method of a panoramic / realistic hybrid reality platform, which comprises the following specific steps: acquiring panoramic picture data, geographic information data and other original data required for constructing a hybrid reality platform, and storing in a data storage unit of a data management background; then, creating a hybrid reality panoramic / realistic display curtain, creating a virtual ground and adding 3D entities to construct a hybrid reality space based on panoramic pictures; and finally, synchronizing the hybrid reality space with the geographic information of the real world. By organically combining the real scene with the 3D entities in the virtual space, the invention enables users to have strong space reality feeling and immersion feeling in the process of roaming in the hybrid reality space.

The method comprises: getting the wavelength path between the first node and the destination node and the wavelength damage compensating message of said wavelength; according to the wavelength path, establishing the wavelength channel between the first node and the destination node; during the establishment of wavelength path, according to the wavelength damage compensating message, making the compensation for the wavelength in the interface of node. The invention also reveals a network communication system and apparatus.

The invention discloses an intelligent equipment, an electronic device, and a network connection method based on near-field communication and solves a problem of relatively low efficiency existing in access of the present equipment to the wireless network or in a verification process among multiple equipment on the basis of the wireless network. The intelligent equipment and the electronic device are both provided with a near-distance communication module and a Wi-Fi module, the Wi-Fi module of the electronic device is provided with a soft access point, the near-distance communication module of the intelligent equipment is used for establishing near-field communication with the near-distance communication module of the electronic device when the near-distance communication module of the intelligent equipment and the near-distance communication module of the electronic device are detected to mutually approach, the wireless network connection information of the soft access point is acquired by utilizing near-field communication, the Wi-Fi module of the intelligent equipment is used for establishing Wi-Fi connection with the Wi-Fi module of the electronic device by utilizing the wireless network connection information of the soft access point. Rapid, high-efficiency and stable network connection established between the intelligent equipment and the electronic device is facilitated.

A document recognition system and method, where images are represented as a collection of primitive features whose spatial relations are represented as a graph. Useful subsets of all the possible subgraphs representing different portions of images are represented over a corpus of many images. The data structure is a lattice of subgraphs, and algorithms are provided means to build and use the graph lattice efficiently and effectively.

The invention belongs to the field of treatment of geographic information, and relates to a rapid building method of a tile pyramid for a large-scale raster data set. The method comprises the steps that 1, the data set comprising image files is obtained; 2, the image files in the data set are traversed, and a spatial index file is built; 3, the tile pyramid maximum hierarchy and the image file number threshold value are set; the iteration variable k initial value is defined as the tile pyramid maximum hierarchy; 4, the current hierarchy single-tile range retrieved image file number is compared with the threshold value; if the image file number is smaller than or equal to the set threshold value, each tile in the hierarchy is traversed, an xml type character string of each tile is generated to be transferred to a Mapnik drawing engine for drawing and stored into the corresponding hierarchy of the pyramid; if the image file number is larger than the set threshold value, tile data of the existing k+1 hierarchies is called, and resampling is carried out to generate tile data of k hierarchies to be stored into the corresponding hierarchies; 5, 1 is subtracted from the current hierarchy number k, if the result is larger than 0, the step 4 is executed again, and if not, the process is finished.

The invention discloses an interval velocity model building method under complicated geological conditions, firstly solves the problem of time dimension fitting under complicated terrain conditions and also solves the problems of interval velocity filling and speed modeling on the basis of the solving of the problem of time dimension fitting. The interval velocity model building method disclosed by the invention has the following positive effects: in the interval forming process, data is pretreated by utilizing the concepts of grid and hanging wall and footwall of faults, the concept of group of faults is also introduced, so that an interval time model is built more efficiently; a certain number of primary interval velocity data is utilized to fit the velocities of the hanging wall and the footwall of the faults more accurately, so that a more accurate velocity model is obtained.

Method and apparatus are disclosed to utilize the energy in biomass (waste agricultural products). The inventive method and apparatus utilized heat and mass flow to efficiently generate a variety of products from biomass. In various embodiment, the invention may generate a liquid fuel (such as methanol or dimethyl ether), pure liquid CO2 (intended for CO2 sequestration), a soil enhancement product (intended to return to the agricultural site), process heat, and / or electricity. In one embodiment, the process requires no external energy inputs, and preserves a large percentage (ie. >50%) of the energy contained in the biomass. In another embodiment, the inventive method and apparatus can selectively be operated to produce electricity and or liquid fuels.

The present invention relates to a computer internet control system and a method thereof. The system comprise the following components: a fingerprint collecting terminal, a data base server; a client terminal identification and judgment unit; a fingerprint checking server; a client terminal control unit; and a client terminal control and protection unit. The method comprises the following procedures: 1) collecting the fingerprint of the user; 2) transmitting the collected fingerprint to a fingerprint checking server; 3) comparing the fingerprint with the fingerprint stored in the data base server; and 4) when the client terminal computer is unlocked, collecting the fingerprint of the user spacing a certain time, and comparing these fingerprints with the stored fingerprint. The invention can effectively control the logging-on of the computer, especially the invention can effectively settle the social problem that the minor goes on line in the internet bar.

A document recognition system and method, where images are represented as a collection of primitive features whose spatial relations are represented as a graph. Useful subsets of all the possible subgraphs representing different portions of images are represented over a corpus of many images. The data structure is a lattice of subgraphs, and algorithms are provided means to build and use the graph lattice efficiently and effectively.

The invention discloses an interprocess communication method and a system, wherein the method comprises: an interprocess communication (IPC) module of a client receives an instruction of initiating the connection sent by a client process, the corresponding relationship between an identifier of a pre-recorded server process and the address of a server is searched according to the identifier of the server process contained in the instruction of initiating the connection, and the address of the server is obtained; the IPC module of the client sends a connection message to the IPC module of the server according to the address of the server to request establishing the interprocess communication between the client process and the server process. The invention is adaptable to the demands of a distributed system and can timely and high-efficiently establish interprocess communication between the client process and the server process.

The invention relates to an ISON data-based form generation method. The method comprises the following steps of: (1) opening a webpage browser and creating a new form; (2) editing and setting the form, carrying out online preview and serializing form data to generate JSON-format data; (3) carrying out BASE64 encryption on the serialized JSON-format form data; (4) submitting the form data such as basic information of the form and the like to a background server; (5) enduringly storing the JSON-format form data; and (6) storing attribute data and form data of the form. According to the method, technologies such as HTML and JavaScript are combined, self-defined forms drawn by users are combined with form verification rules self-defined by the users and added form patterns, and JSON data format is rapidly serialized for enduring storage, and forms can be reversely generated at a high speed through the JSON-format fata.

The invention provides a method for constructing a DNA sequencing library of a genome under detection, comprising the steps: (1), subjecting the genome under detection to first digestion by using micrococcal nuclease to obtain a first digestion product; (2), subjecting the first digestion product to co-immunoprecipitation to obtain a co-immunoprecipitation product; (3), subjecting the co-immunoprecipitation product to second digestion by using protease K to obtain second digestion product; (4), subjecting the second digestion product directly to dephosphorylation by using shrimp alkaline phosphatase to obtain a dephosphorylation product; (5), subjecting the dephosphorylation product directly to denaturalization to obtain a denaturalization product with single-branched DNA molecules; and (6), acquiring the sequencing library by TELP (tailing, extension, ligation and PCR) method based on the denaturalization product with single-branched DNA molecules.

The invention discloses a network intrusion detection model based on a random forest algorithm, which adopts the steps of: inputting training data, and after reading the training data, firstly carrying out preprocessing on the data; and then training the data by applying the random forest algorithm, and establishing an intrusion detection model. Data preprocessing is formed by five steps of: a first step of deleting a redundancy part in the data, i.e., deleting repeated data in the data; a second step of carrying out feature selection, i.e., by carrying out sorting from big to small on information gains, selecting first 70% of features; a third step of artificially synthesizing a new data set, i.e., due to unbalance of data distribution, artificially synthesizing the new data set by usinga SMOTE (Synthetic Minority Oversampling Technique) algorithm; a fourth step of carrying out data cleaning, i.e., carrying out a cleaning operation on the data by using an ENN (Edited Nearest Neighbor) algorithm; and a fifth step of carrying out regularization processing, i.e., carrying out regularization processing on the data, so that a range of each feature is centralized in a specific range.

The invention discloses a novel combat effectiveness simulation modeling method, and the problems that a simulation model in combat effectiveness simulation is difficult to combine, reuse, expand andevolve, and a decision behavior model lacks flexibility and problem pertinence are solved. On the one hand, the method emphasizes clear distinction between two levels of knowledge including domain commonness non-variable knowledge and application variable knowledge of the combat effectiveness simulation, and describing the two levels of the knowledge separately; the domain commonness non-variableknowledge is applicable to the entire combat effectiveness field, accordingly a field abstract model is established; the application variable knowledge depends on specific combat effectiveness assessment questions, and an application-specific model which can be instantiated and deployed is established on the basis of the field abstract model. On the other hand, the method emphasizes the distinction between physical process behaviors of weapons and cognitive decision-making behaviors of combat commanders, the cognitive decision-making behaviors compared with the physical process behaviors havegreat difference in different applications according to missions and different choices of the commanders, and dynamic flexibility of the cognitive decision-making behaviors and pertinent expression ofquestions are realized by means of a script technology and a meta-modeling technology.

The invention discloses a method for establishing an aircraft wing deformable model. The method for establishing the aircraft wing deformable model comprises the following steps of step 1, establishing an aircraft finite element model, and performing refining on a partial structure on a ring plug-in point; step 2, determining deformation parameters; step 3, obtaining whole-aircraft aerodynamic loads and wing plug-in point loads under corresponding working conditions; step 4, performing finite element simulative analysis; step 5, calculating changing conditions of attitude angles of throwing objects in a longitudinal axis on the wing plug-in point under each load working condition; and step 6, calculating a function relation between changing amount of the attitude angles of the wing hang-in point in a longitudinal axis and multiple deformation parameters. By adoption of the method for establishing the aircraft wing deformable model, a high-precision wing deformable model of any models of aircrafts can be established rapidly, efficiency and optionally, so that the attitude angles of the throwing objects in a longitudinal axis can be calculated in real time, and transfer alignment precision is improved.

The invention is applied to the field of information security, and provides an access control method and an access control device of a network security group. The access control method of the network security group comprises the steps of displaying all network security groups in a system in the same human-computer interaction interface; detecting mouse dragging operation of a user in the human-computer interaction interface; and building an access relationship of a network security group corresponding to an initial position of the mouse dragging operation, to a network security group corresponding to an end position of the mouse dragging operation. The access control method of the network security group can enable the user to being capable of rapidly, accurately and efficiently building access control relationships among the network security groups from the overall situation, and improves access control efficiency among the network security groups.

The invention discloses a sparse random forest-based method for assessing a running state of a distribution network device. The method comprises the steps of performing correlation analysis on running parameter data and overhaul condition data of the distribution network device in historical data information to obtain an index correlation network of the distribution network device; storing and recording the running parameter data and the overhaul condition data of the distribution network device according to an index correlation characteristic of the distribution network device to form a running state information cluster of the distribution network device; processing the running state information cluster of the distribution network device by utilizing a random forest algorithm, and representing a mapping relationship between the running parameter data and the overhaul condition data of the distribution network device; sparsifying a random forest assessment model of the distribution network device to obtain a sparse random forest-based model for assessing the running state of the distribution network device; and calculating and outputting an assessment result of a to-be-assessed sample by adopting the sparse random forest-based model for assessing the running state of the distribution network device. The method is suitable for efficiently processing high-volume data information and can be used for accurately and efficiently assessing the running state of the distribution network device in service.

The invention relates to a method for deviation adjustment for detection of the spatial position of a steel belt roll system. A datum point R01 and a datum point R02 located on the portions, on the two sides of the roll system, of a device bearing the steel belt roll system and on the center axis of the roll system are selected; a total station is erected between the two datum points; the position of the total station is set to serve as an origin of space coordinates, the connecting line of the two datum points serves as the X direction, the Z direction is vertically upwards, and the coordinates of the datum point R01 and the datum point R02 are detected through the total station; a detected roll shaft is rotated, the space coordinates of at least three different rotation positions on one vertical section of the detected roll shaft are detected through the total station; the coordinates of the center of a circle where each point is located are obtained by a computer system, and therefore the space coordinates of each point on the central axis of a steel roll are obtained; the space coordinates of the points on the central axis of the detected steel roll are compared with the space coordinates of the points on the central axis at the steel roll standard position obtained in advance and the deviation directions and the deviation distances of the points on the central axis are obtained; according to the deviation directions and the deviation distances, space position adjustment is conducted on the detected steel roll.

The invention discloses an aviation channel simulator and a simulation method, belonging to the modeling field of aviation channels. The aviation channel simulator comprises a channel simulation unit and a human-machine interaction module, wherein the channel simulation unit is used for simulating data with a ray tracing method to obtain the simulation result of the aviation channel after aviation data is received from one port of the simulation unit; then the traditional aviation channel is modeled by the simulation result to obtain a statistics channel model; after the other port receives a transmission signal, a real-time receiving signal is obtained with the ray tracing method so as to obtain the real-time response data of the channel; the statistics response curve of the traditional aviation channel is obtained from the transmission signal by the statistics channel model; and the human-machine interaction module is used for displaying the statistics response curve and the real-time response data of the channel. According to the aviation channel simulator and the simulation method, the aviation channel is efficiently, accurately and quickly modeled with low cost.

There is provided a content use monitoring package and method of making the same. The package includes a cover layer followed by a blister card layer. The third layer comprises an electronic sensor monitoring tag connected to a rupturable layer imprinted with a conductive grid. The grid is printed on a non-conductive, non paperboard rupturable substrate and is aligned with associated blisters in the blister card. To ensure precise and reliable electrical continuity between the tag and grid they are connected by a low or zero insertion force flat flex connector which connection is also reversible. The tag includes re-usable electronic circuitry and power source. The fourth and bottom layer is a backing which contains a mechanism to tear open the package and remove the tag by unplugging the flex circuit connector. The tag can then be reused and the battery replaced as required.

The invention puts forward a structural damage monitoring method based on adaptive density peak value-hybrid probability modeling, and belongs to the technical field of aviation structure health monitoring. The method comprises the following steps that: firstly, through an adaptive density peak value quick searching strategy, determining the probability density peak value of a structure signal feature sample; on the basis, through an expectation maximization algorithm, establishing a hybrid probability model which can represent structure signal feature sample probability distribution; and finally, adopting a probability density inner product damage index to quantitatively represent the migration change, which is relative to the hybrid probability model under a health state, of the hybrid probability model so as to realize normalized damage evaluation. The method is simple and high in calculation efficiency, and the adaptivity, the stability and the reliability of structural damage monitoring under time varying environment can be effectively improved.

The invention relates to the technical field of front-end development, and discloses a method and a system for establishing a service logic component and a service component, and a method and a systemfor generating a page based on a template. The establishing method comprises the following steps: extracting service logic in a page; establishing a service process function component related to service logic; and reserving a first slot for connecting with the first user interface component and / or the service component in the service process function component to form a first service logic component, the service component being formed by connecting a second service logic component with a second user interface component through a second slot. According to the invention, decoupling of a servicelogic component and a user interface (UI) component can be realized. The service logic component and the UI component can be flexibly configured through the reserved slot position, so that incremental or customized continuous iteration of the service logic component and the UI component is realized, the establishment process of the service component is efficiently completed, and in addition, diversified and customized pages can be realized based on the template and the flexibly configured service component.

The invention discloses a region misjudgment solution method based on indoor positioning. The region misjudgment solution method comprises the following steps that a reference path with fingerprint data needing to be collected is selected in a positioning service region; the corresponding fingerprint data are collected according to the reference path; channel modeling is carried out on the collected fingerprint data according to the machine learning method; trained fingerprints are scanned, and the identification of all wireless routers and the number of the wireless routers are extracted; the fingerprint information of all positions is ranked according to the signal strength of the wireless routers; traversal is carried out, the fingerprint information of the positions is clustered according to the signals of two wireless routers with the maximum signal strength, and the classification identification is added; after it is confirmed that classifying is finished, position fingerprint databases are integrated again. The region misjudgment solution method is easy to apply, and can well solve the problem of the positioning system region misjudgment.

The invention provides a construction method of a high-quality RNA library for enriching original transcript information by using RNase H and selectively removing lots of rRNA and blood globulin and an application thereof. The RNA library constructed by the method has very low rRNA residual volume (which is only 1 / 500 of residual volume in a conventional oligo(dT) method), and has very high gene coverage.