64results about How to "Analysis results are intuitive" patented technology

The invention discloses a method for analyzing a software function change and the influence thereof by using a function diagram, which comprises the following steps of: analyzing software to be tested, and constructing a software function diagram; analyzing a control change and a code change influence; mapping the control to codes, finding out the software function corresponding to change codes by using the code and interface control mapping method through analyzing source program codes, and converting the code change to a function change; and analyzing the domain of function change influence according to the software function condition influenced by the function change and the code change, and finding out all functions passing by the function change point. In the method, the code dependency relation is described by using a dependency diagram, and the influence on the software by the code change can be accurately reflected; the influence on the software function by the code change and the control change is fully considered, and comprehensive analysis is influenced; and the code change is converted into the function change according to the association relation between the control and the codes, and the analysis result of the change influence is visualized.

The present invention discloses a construction method for a compound thrombus clearing preparation bioactivity chromatography finger print. The construction method comprises the following steps: (1) preparing a compound thrombus clearing preparation test solution, precisely sucking 10 mul of the compound thrombus clearing preparation test solution, and injecting into a double-pump dual-gradient high performance liquid chromatograph to obtain a compound thrombus clearing preparation HPLC finger print; (2) preparing a mixed reference substance solution, precisely sucking 10 mul of the reference substance solution, and injecting into the double-pump dual-gradient high performance liquid chromatograph to obtain a reference substance HPLC finger print; (3) adopting a reference substance control method, and adopting an RRLC / MS / MS technical method to prove 21 chemical components in the finger print; and (4) analyzing correlation between the 21 chemical components and bioactivity difference, clarifying bioactivity component groups, and establishing a compound thrombus clearing preparation bioactivity chromatography finger print. According to the present invention, the compound thrombus clearing preparation HPLC finger print and the bioactivity component groups obtained from chromatograph efficiency analysis are combined to construct the compound thrombus clearing preparation bioactivity chromatography finger print so as to completely monitor safeties, effectiveness and quality uniformities of raw material herbs, semi-finished products and finished products.

The invention discloses a method for monitoring traditional Chinese medicine resources based on geographic national conditions. The method comprises the steps that firstly, a traditional Chinese medicine resource database is established in a server, wherein the traditional Chinese medicine resource database contains medicine names, medicine properties, medicine forms, yields and distribution data of traditional Chinese medicines in monitored areas; secondly, a geographic national condition monitoring database is established in the server, wherein the geographic national condition monitoring database contains basic geographic data, ecologic environment data, remote sensing image data, traditional Chinese medicine distribution data and traditional Chinese medicine property data; and thirdly, the traditional Chinese medicine resource database obtained at the first step and the geographic national condition monitoring database obtained at the second step are integrated and correlated, and a traditional Chinese medicine resource-geographic national condition monitoring database is established in the server. In this way, the traditional Chinese medicine resources can be correlated with geographic national condition monitoring data, and changes in forms, yields and distributions of the traditional Chinese medicine resources can be managed, analyzed and predicted according to changes in the geographic national condition data.

The invention relates to an extra-high-voltage alternating current and direct current transmission mode applicability selecting method and a device using the same. The method includes the steps: firstly, determining index parameters of an extra-high-voltage direct current transmission mode; secondly, establishing alternative schemes for extra-high-voltage transmission modes according to a power transmission scale and establishing a simulation model according to power transmission requirements and conditions of a power grid system; thirdly, calculating the index parameters in the alternative schemes in the second step according to the simulation model; fourthly, determining integrated weight according to the calculated index parameters in the alternative schemes in the third step; and fifthly, performing comprehensive optimization according to the determined index parameters in the alternative schemes in the fourth step based on fuzzy optimization to determine the optical transmission scheme in the alternative schemes. A penalty function is brought into an index calculation process, the requirement of indexes on safety feature can be more effectively met, the problem of multi-objective decision is converted into the problem of sequential decision for a unit system in a multilevel multi-objective level model, the problem of engineering evaluation is theorized, and analysis results are visual and persuasive.

The invention discloses a comprehensive evaluation method for the operating state health degree of a direct-current system for a station. The method includes the following steps that: A, an evaluationindex system taking factors such as equipment health, operation defects, service life, voltage and current operating status of the direct-current system into consideration is built; B, index values are obtained through statistical calculation, and the index values are standardized and normalized; subjective and objective weights are calculated on the basis of an improved analytic hierarchy process and standard deviation and average difference algorithms; and D, and two quantitative evaluation results of the operating state health degree of the direct-current system to be evaluated are obtained through a linear weighting method. According to the comprehensive evaluation method, an evaluation process takes into account not only the subjectivity and objectivity of evaluation, but also embodies the degree of the importance of different evaluation indexes on the evaluation results; the evaluation results tend to be more reasonable and can better distinguish the change process of the healthdegree of the operating state of the system in a more microcosmic and detailed manner; and quantitative basis can be provided for optimal decision-making in the maintenance and repair programs of thedirect-current system.

The present invention discloses a computer data acquisition, processing and analysis system which comprises a multi-mode data acquisition module, a man-machine operation module used for inputting various analysis requirements and information call command, a data processing module, a central processor, a physical model establishing module, a dynamic hard spot table construction module, a parameterized model construction module, a virtual actuator, a virtual sensor and an analysis method database. Analysis complexity can be reduced, workload for data analysis is reduced, various different analysis requirements can be satisfied, and the analysis result is more visual.

The invention provides an SOA technical method for city industry layout space optimization analysis. The method mainly comprises the following steps: 1, according to influence factors of a city industry layout, through a fuzzy membership model and integrated evaluation exponent calculation, determining a preferable address of a city dominant industry layout; and 2, according to multiple city industry space layout schemes, introducing a close value analysis model for multi-target decision scheme optimization, and determining an optimal city industrial space layout scheme. The optimal selection technical method has systematicness, comprehensiveness and operability and can provide a comprehensive, objective and scientific quantitative optimization decision and regulation and control basis for city industry layout space optimization.

The invention provides a radar signal data acquisition and analysis system and an analysis method thereof, which belong to the technical field of primary radar signal monitoring and analysis. The system at least comprises an optical fiber collector, a signal processing server, a signal processing analysis server and a displayer, so that the function of guiding signal processing server parameter optimization and problem positioning is achieved while the algorithm flow of the signal processing server is analyzed in real time. Another object of the invention is to provide an analysis method applying the system, so that the stability and the reliability of data analysis of the whole radar signal processing system are further improved. A signal processing server receives a distance and direction data packet. The original I / Q data, clutter maps, filtering waves, and trace data of the four adjacent CPIS are extracted for storage. The signal processing and analyzing server processes the abovedata, and finally the analysis result is feedback to the signal processing server.

The invention discloses a chip for screening apscaviroid viroid and application of the chip. A probe group identifying or assisting in identifying the apscaviroid viroid consists of 35 probes, and the nucleotide sequences of the 35 probes are the sequences from 1 to 35 in a sequence table respectively. The invention also provides a gene chip for screening the apscaviroid viroid, which is obtained by fixing the probes on the surface of a chip base.. The experiment proves that the nucleotide sequence of the apscaviroid viroid is analyzed by a bioinformatics method, the compatible probes of the group are designed, and the standard viroid sample verification result indicates that a probe effect is good. The chip for screening the apscaviroid viroid disclosed by the invention can be applied to the quarantine identification of the apscaviroid viroid.

The invention discloses a GIS (Geographic Information System) platform-based urban water system construction planning method, which is integrated with a spatial analysis tool under the ArcGIS platform to form a complete set of analysis method suitable for water system planning. The GIS platform-based urban water system construction planning method mainly comprises the following three parts: (1) screening and analysis tool for existing water systems: according to the distribution and runoff of existing water systems, the water systems which reach certain area and accumulated runoff are screened out; (2) flood inundation analysis tool: extraction and analysis are carried out, and possible flooded areas are calculated; iteration is carried out with the screened existing water systems, and flooded areas outside the scopes of the existing water systems are calculated; (3) water system connectivity analysis tool: according to cost data, optimal route analysis is carried out on the connectivity of a plurality of pairs of areal water systems in a map layer. The integration of the three parts effectively solves the problem on how to sort existing water systems in urban planning work, construct new water areas and connect water systems, and finally, a complete set of analysis tool which is highly efficient and suitable for water system planning is formed.

The invention discloses a chip for screening pospiviroid viroid and application of the chip. A probe group identifying or assisting in identifying the pospiviroid viroid consists of 19 probes, and the nucleotide sequences of the 19 probes are the sequences from 1 to 19 in a sequence table respectively. The invention also provides a gene chip for screening the pospiviroid viroid, which is obtainedby fixing the probe group on the surface of a chip base. The experiment proves that the nucleotide sequence of the pospiviroid viroid is analyzed by a bioinformatics method, the compatible probes of the group are designed, and the standard viroid sample verification result indicates that a probe effect is good. The chip for screening the pospiviroid viroid disclosed by the invention can be applied to the quarantine identification of the pospiviroid viroid.

The invention discloses a chip for screening viruses of cucumovirus and application thereof. The chip is a DNA chip which fixes at least 16 DNA fragment arrays on a carrier surface, wherein the nucleotide sequences of the 16 DNA fragment arrays are sequences 1 to 16 in the sequence table, respectively. The method analyzes the nucleotide sequences of the cucumovirus by bioinformatics method, designs compatible probes for the cucumovirus, and by standard virus source verification, establishes a set of chip-based screening technical system of emerging viruses of the cucumovirus in the world, and effectively overcomes the defects of the existing monitoring methods, thus strengthening the ability of early warning the emerging viruses of the cucumovirus.

The invention discloses a fuel cell engine three-dimensional thermal management simulation method, and belongs to the technical field of fuel cell thermal management. The method comprises the following steps: establishing a fuel cell engine thermal management system, and respectively establishing three-dimensional fluid domain models of a large circulation system and a small circulation system; respectively establishing a plurality of common planes of the large circulation system and the small circulation system to obtain respective common node grids; discretizing the three-dimensional fluid domain models of the large circulation system and the small circulation system respectively; establishing a material layer thermal attribute model after discretization of the large circulation system and the small circulation system through Ansys Fluent software; establishing mathematical models of parts of the large circulation system and the small circulation system; and inputting boundary conditions of the parts so as to carry out simulation solution calculation. According to the simulation method, the analysis result is more intuitive and convenient, the thermal management system model is simplified, the calculation period is short, the simulation precision is high, and the flow resistance, the temperature change and the flow distribution can be effectively evaluated.

The invention discloses a chip for screening the avsunviroid viroid and application of the chip. A probe group identifying or assisting in identifying the avsunviroid viroid consists of 5 probes, and the nucleotide sequences of the 5 probes are the sequences from 1 to 5 in a sequence table respectively. The invention also provides a gene chip for screening the avsunviroid viroid, which is obtained by fixing the probe group on the surface of the chip base. The experiment proves that the nucleotide sequence of the avsunviroid viroid is analyzed by a bioinformatics method, the compatible probes of the group are designed, and the standard viroid sample verification result indicates that a probe effect is good. The chip for screening the avsunviroid viroid disclosed by the invention can be applied to the quarantine identification of the avsunviroid viroid.

The invention discloses a chip for screening Pelamoviroid and an application thereof. The invention provides probes for identification or assistant identification of Pelamoviroid, comprising nine probes, nucleotide sequences of the nine probs are respectively the sequence 1-9 in the sequence table. The invention also provides a gene chip for screening Pelamoviroid, and the gene chip is obtained by fixing the probes on the surface of a film base. Experiments of the invention prove that by analyzing the nucleotide sequence of Pelamoviroid through using bioinformatics methods, the compatible probes are designed, and the results of verifying standard viroid samples prove that the probes have good effect. The chip for screening Pelamoviroid disclosed herein can be used for quarantine and identification of Pelamoviroid.

The invention provides a GIS-based method for planning frequencies of a wireless communication network. The system comprises the following steps: step 1, obtaining a preliminary model prediction result by taking geographical data, station data and available frequencies provided by a GIS module; step 2, obtaining a frequency panning result by performing frequency planning according to the preliminary model prediction result; step 3, outputting a coverage analysis image by performing electromagnetic coverage analysis according to the preliminary model prediction result; and step 4, outputting alink analysis image by performing link connectivity analysis according to the preliminary model prediction result. According to the invention, based on a GIS, geographic information is introduced intoa planning process, the communication effects of sites at different frequencies in an actual geographical environment are predicted by applying an ITU-R P.1546 propagation model, and finally the frequencies meeting communication requirements are selected as planning results.

The invention provides a three-dimensional visualization method for a block theory balance area chart. The method comprises the steps that a two-dimensional planar projection area and a corresponding three-dimensional space joint cone picking object model are established; whether a joint cone object is clicked and selected is determined; the normal direction out of the pointing of each plane of a joint cone is acquired, and the normal and intersection edge information is recorded; according to the information of the normal out of the pointing and the intersection edge, an equilibrium area in various movement modes is drawn; the small circular conical surface starting vector and the rotation angle are calculated, and a single-sided sliding friction angle contour plane is drawn; the boundary vector of a fan-shaped plane is calculated, and a double-sided sliding friction angle contour plane is drawn; according to a drawn equilibrium area map, interactive operation of a mouse in a three-dimensional space is carried out; an area in which active resultant force is located is calculated, and the motion mode of a block is determined; the friction angle value of the stable block is analyzed; when the actual friction angle of the block is greater than the friction angle value corresponding to the friction angle contour plane in which the active resultant force direction is located, the block remains stable; and on the contrary, the block is a key block and is provided with support measures.

The invention discloses a chip for screening coleus scutellarioides viroid and application of the chip. A probe group identifying or assisting in identifying the scutellarioides viroid consists of 6 probes, and the nucleotide sequences of the 6 probes are the sequences from 1 to 6 in a sequence table respectively. The invention also provides a gene chip for screening the scutellarioides viroid, which is obtained by fixing the probes on the surface of a chip base. The experiment proves that the nucleotide sequence of the scutellarioides viroid is analyzed by a bioinformatics method, the compatible probes of the group are designed, and the standard viroid sample verification result indicates that a probe effect is good. The chip for screening the scutellarioides viroid disclosed by the invention can be applied to the quarantine identification of the scutellarioides viroid.

The invention discloses a method for quantitatively analyzing the chemical stability of insulating gas molecules under an external electric field. The method comprises steps of selecting a group and afunctional group, and optimizing a molecular structure; respectively applying electric fields with different intensities to the insulating gas molecules to obtain stable structures of the molecules with different electric field intensities; calculating single-point energy of anions and cations of the insulating gas with different electric field intensities; calculating the Fukui function value ofthe insulating gas molecule, and analyzing the reaction activity of different local parts of the insulating gas molecule; calculating a reduced Fukui function value of each atom of the insulating gas, and quantitatively comparing the reactivity of the atom level; and comprehensively analyzing and predicting the reaction sites of the insulating gas and the stability thereof. The method disclosed by the invention is low in loss, stable in cost, simple and feasible, high in repeatability and microcosmic and accurate in analysis result; the Fukui function predicts the reaction sites by considering the electronic structure characteristics of the reactants, the operation cost is low, and convenience and effectiveness are achieved.

The invention discloses a method for analyzing a software function change and the influence thereof by using a function diagram, which comprises the following steps of: analyzing software to be tested, and constructing a software function diagram; analyzing a control change and a code change influence; mapping the control to codes, finding out the software function corresponding to change codes by using the code and interface control mapping method through analyzing source program codes, and converting the code change to a function change; and analyzing the domain of function change influence according to the software function condition influenced by the function change and the code change, and finding out all functions passing by the function change point. In the method, the code dependency relation is described by using a dependency diagram, and the influence on the software by the code change can be accurately reflected; the influence on the software function by the code change and the control change is fully considered, and comprehensive analysis is influenced; and the code change is converted into the function change according to the association relation between the control and the codes, and the analysis result of the change influence is visualized.

The invention relates to the technical field of audio processing, in particular to an audio data analysis method, electronic equipment and a storage medium, and the method comprises the steps: obtaining target audio data and at least one reference spectrum data; converting the target audio data into target spectrum data; and displaying an analysis result of the target spectrum data and the at least one reference spectrum data on an analysis interface. According to the audio data analysis method, the target audio data is converted into target frequency spectrum data after the target audio datais obtained, and the analysis results of the target frequency spectrum data and the reference frequency spectrum data are displayed on the same analysis interface, so that a visual analysis result canbe obtained, subsequent professionals are prevented from analyzing the data, and the application range of the electronic equipment for executing the audio data analysis method is greatly expanded.

The invention discloses a regional scientific and technological innovation and economic development relation analysis method. The method comprises the following steps: 1, screening and determining scientific and technological innovation and economic development evaluation indexes; 2, collecting related statistical data of scientific and technological innovation evaluation indexes and economic development evaluation indexes in corresponding years and corresponding areas, and carrying out standardized preprocessing on the related statistical data; 3, calculating the weight of each scientific and technological innovation and economic development evaluation index; and 4, calculating a correlation coefficient of scientific and technological innovation and economic development. The analysis method is high in reliability, simple and easy to use, the relevance between scientific and technological innovation and economic development is investigated and calculated from the two aspects of space and time, data quantification in all aspects is embodied, and the analysis result is visually embodied and is more scientific.

The present invention discloses a construction method for a compound thrombus clearing preparation bioactivity chromatography finger print. The construction method comprises the following steps: (1) preparing a compound thrombus clearing preparation test solution, precisely sucking 10 mul of the compound thrombus clearing preparation test solution, and injecting into a double-pump dual-gradient high performance liquid chromatograph to obtain a compound thrombus clearing preparation HPLC finger print; (2) preparing a mixed reference substance solution, precisely sucking 10 mul of the reference substance solution, and injecting into the double-pump dual-gradient high performance liquid chromatograph to obtain a reference substance HPLC finger print; (3) adopting a reference substance control method, and adopting an RRLC / MS / MS technical method to prove 21 chemical components in the finger print; and (4) analyzing correlation between the 21 chemical components and bioactivity difference, clarifying bioactivity component groups, and establishing a compound thrombus clearing preparation bioactivity chromatography finger print. According to the present invention, the compound thrombus clearing preparation HPLC finger print and the bioactivity component groups obtained from chromatograph efficiency analysis are combined to construct the compound thrombus clearing preparation bioactivity chromatography finger print so as to completely monitor safeties, effectiveness and quality uniformities of raw material herbs, semi-finished products and finished products.

The invention discloses a price analysis method for analyzing trends of financial products such as stocks and futures. The price analysis method comprises the following steps: an analysis range selection step: selecting financial products needing to be analyzed and selecting a required analysis range from a price trend chart of the financial products; a step of searching a staged lowest point: searching the staged lowest point from the analysis range; a step of searching a first maximum adjustment amplitude point: searching the first maximum adjustment amplitude point after the stage lowest point from the analysis range; a qian wave and kun wave identification step: identifying qian waves and kun waves in the analysis range; and an analysis step: performing price analysis according to the identification results of the qian waves and the kun waves in the step of identifying the qian waves and the kun waves. Moreover, according to the price analysis method, quantitative analysis can be carried out by using a formula, so that a buying point and a selling point are clear.

The invention discloses a chip for screening coleus scutellarioides viroid and application of the chip. A probe group identifying or assisting in identifying the scutellarioides viroid consists of 6 probes, and the nucleotide sequences of the 6 probes are the sequences from 1 to 6 in a sequence table respectively. The invention also provides a gene chip for screening the scutellarioides viroid, which is obtained by fixing the probes on the surface of a chip base. The experiment proves that the nucleotide sequence of the scutellarioides viroid is analyzed by a bioinformatics method, the compatible probes of the group are designed, and the standard viroid sample verification result indicates that a probe effect is good. The chip for screening the scutellarioides viroid disclosed by the invention can be applied to the quarantine identification of the scutellarioides viroid.

The invention relates to a method for analyzing the flow accelerated corrosion degree of a water vapor system of a supercritical unit. The method comprises the following steps: (1) making a standard color chart, and representing the colloidal iron content by taking the color of residues on each filter membrane as the color of the standard color chart; (2) directly connecting a sampling head with a water sample; (3) mounting the filter membrane, connecting the sampling head with a test point sampling pipe, filtering the water sample, enriching colloidal iron in the water sample, and drying; (4) collecting and testing the color chart of the water sample of the unit on site, emphatically the water sample with a relatively large amount of residues in the color chart, pointedly acquiring scale quantity analysis data of unit maintenance, and building a flow accelerated corrosion degree evaluation set; (5) comparing the color of the residues on the filter membrane with the color chart, quantifying the content of colloidal iron in different water samples, and quantitatively determining the flow accelerated corrosion degree according to the flow accelerated corrosion degree evaluation sample set. Compared with the prior art, the method is relatively high in accuracy, simple, feasible, low in analysis cost and relatively institutive in analysis result.

The invention provides a method for realizing wireless communication network frequency planning based on a GIS system, comprising: step 1: using geographic data, station data, and available frequencies provided by the GIS module as calculation parameters to obtain preliminary results of model prediction; step 2: Perform frequency planning according to the preliminary results of the model prediction, and obtain the frequency planning results; Step 3: Conduct electromagnetic coverage analysis according to the preliminary results of the model prediction, and output the coverage analysis image; Step 4: Perform link connectivity analysis according to the preliminary results of the model prediction, and output the link Analyze images. The present invention is based on the GIS system, introduces geographical information into the planning process, applies the ITU-R P.1546 propagation model to predict the communication effect of each site at different frequencies under the actual geographical environment, and finally selects the frequency that meets the communication requirements as the planning result.

The invention discloses a curved surface template surface measurement optimization method based on a three-dimensional laser scanning technology, and the method comprises the following steps: 1, carrying out the three-dimensional scanning of a curved surface template through a three-dimensional laser scanner after the curved surface template is constructed according to the design of BIM software, and obtaining the scanning point cloud data of the curved surface template; 2, processing the scanning point cloud data of the curved surface template to obtain complete template surface point cloud data; and step 3, comparing and analyzing the template surface point cloud data and the BIM model of the curved surface template. The three-dimensional laser scanning technology is utilized to directly obtain the point cloud data, the point cloud data and the BIM model are subjected to 3D contrastive analysis, the curved surface deviation is rapidly and automatically calculated, the positions which do not meet the construction standard are marked and fed back to the site for rectification, and the method plays an important role in improving the construction precision and quality.

The invention relates to the technical field of customer analysis, and discloses a big data-based customer analysis system, which comprises a big data server, and is characterized in that the input end of the big data server is electrically connected with the output end of a cloud computing platform, and the input end of the cloud computing platform is electrically connected with the output end ofa data acquisition module; the data acquisition module is in communication connection with a client terminal, the cloud computing platform comprises a data storage module, a data management module and a data analysis module, and the data storage module, the data management module and the data analysis module are electrically connected with the cloud computing module; and the output end of the bigdata server is electrically connected with the input end of the data visualization terminal. Data analysis of the whole system is systematic and perfect, high-quality analysis results can be guaranteed by processing the data through standardized processes and tools, and enterprises correspondingly adjust marketing schemes and plans of the enterprises according to the data analysis results.