150 results about "Analysis study" patented technology

The invention discloses a user interest modeling method based on user browsing behavior, comprising the steps of constructing a user interest model in an apparent mode and updating the user interest model in a concealed mode. The step of constructing the user interest model in the apparent mode is a process of primarily establishing and initializing the user interest model through user registration, and the step of updating the user interest model in the concealed mode is realized by analyzing and researching the user access preference according to the condition that users accesses Web pages under the condition of no need of user participation. By using the method, new interests of users can be automatically discovered, and feature items with low interestingness in the user interest model can be eliminated. Therefore, one the one hand, the interest change of users can be better monitored, and on the other hand, the unlimited increase of the user interest model can be controlled in time, and the stability of the interest model is improved.

The invention belongs to the field of data analysis, and in particular relates to a water environment monitoring and quality-control data analysis method. The method is characterized by comprising the following steps of: a, acquiring water environment quality-control data to be verified; b, establishing a support vector machine water environment quality-control data forecasting module; c, comparing the quality-control data output with quality-control data in historical data which is identical in analysis method and instrument type, to obtain a deviation; and d, determining whether the verification of the data passes or not by the following specific steps of: judging that the data is rational and the verification passes if the deviation is not high, and adding into a historical dataset; or if the deviation is excessively high, classifying the data as suspect data. According to analysis research method disclosed by the invention, in analysis of the water environment monitoring and quality-control data, the problem on processing, verification and analysis of various rapid increasing and nonlinear multivariable monitoring and quality-control data is solved, and the demand of scientific management is met.

The present invention discloses an inversion method for laser radar data of atmospheric particulate matter particle size spectrum spatial and temporal distribution. The method comprises: by measuring back scattered echo signal of atmospheric particulate matters via laser radar, accurately inverting to obtain extinction coefficients of atmospheric particulate matters in three wavelengths of infrared, visible and ultraviolet bands at different heights from the ground; building lognormal distribution spectral functions of four aerosol components and parameters thereof, for obtaining refractive indexes at different bands of different aerosols and the mixing ratio of the four aerosol components in different aerosol modes; obtaining the particle size spectrum normalized at 0.55 micron of the extinction coefficient of each aerosol basic component, and comparing with a standard spectrum for authentication; and finally performing iterative calculation to the extinction coefficient spectrums obtained by laser radar surveying to obtain the aerosol mixed volume ratio of each height, thus obtaining atmospheric particulate matter particle size distribution of different heights at different times. According to the inversion method of the invention, valid data are provided for analysis and study of particle properties and variation patterns, especially, an effective means for spatial and temporal change detection for the particle-size spectrum of the atmospheric particulate matters is provided, and active three-dimensional telemetry technology suitable for atmospheric particulate matter particle size distribution is established.

A method, computer-readable medium and system for comparing query-related objects are provided. In one embodiment, a first plurality of query-related objects for a first user is compared to a second plurality of query-related objects for a second user to determine a degree of similarity between the first and second plurality of query-related objects. A notification of the degree of similarity is issued.

A system and method for facilitating the selection of security analyst research reports is provided. Investors (or other users) seeking to efficiently target and access only those security analyst research reports most likely to assist in an investment-related decision may access an application. The application may enables users to simultaneously view (e.g., via a graphical user interface) current predictions of security analysts (or other contributors), research report objects associated with the predictions, and data, metrics, or other information corresponding to the historical performance of predictions made by the analysts. By simultaneously displaying historical performance data for contributors, along with their current predictions and research report objects associated with their current predictions, users are provided with objective criteria by which to guide their selection of research reports.

The invention discloses a GMS-based (groundwater modeling system) forecast method for ground water seepage fields at different mining levels of a mining area. The method comprises the steps that through performing analytical investigation on hydrogeological conditions of an area, boundary conditions and water containing bodies are generalized, ground water runoff conditions are analyzed, and coefficients of each source sink term are determined; the GMS is adopted to perform finite difference grid division on a simulation area, an initial water head is determined based on the water level of an observation well, hydrological parameters of each simulation sub-area are determined based on a pumping test and the provided data, hydrological module types of the source sink terms in the area are analyzed, assignment is performed on a corresponding hydrogeological map layer by combining the determined source sink term coefficients, and then a subarea map of the osmotic coefficients at different mining levels is obtained; prediction models for ground water seepage fields of a mining area are established based on GMS, and the observation data is utilized to adjust the hydrogeological parameters of the models, and finally, simulation is performed by combining with the discharge capacities at different mining levels to obtain the ground water seepage fields at different mining levels. The method has the advantages of convenience in operation, excellent three-dimensional visualization function and reliable result.

Systems and computerized methods are described for providing a research result tailored to user profile data of an account owner. A first server computing device generates a research request based on retrieved user profile data and user query data received from a client device, and transmits the research request to a second server computing device aggregating research data ingested from information sources. The first server computing device receives a research response from the second server computing device and analyzes the research response using a first predetermined metric threshold based on at least a confidence rating associated with each item of research data in the response, and a predetermined reliability rating of its associated information source. The first server computing device formats a research result including the items of research data that exceed the first predetermined metric threshold, and provides the research result to the client device.

The invention discloses a seismic information based method for determining coalbed methane enrichment sedimentation control effect. The method uses three-dimensional seismic data, applies seismic sedimentology interpretation techniques to coal-bearing stratum, predicts sedimentary microfacies of a target interval, and predicts a trend of gas content change in the target interval in the area by using relative relationship between sedimentary and lithological changes and gas content, thereby revealing the sedimentation control effect of coalbed methane. The method introduces seismic sedimentology into studies of the coal-bearing stratum, realizes fine characterization of sedimentary facies belts distribution and lithologic boundaries, analyzes and studies the coalbed methane enrichment sedimentation control effect, and provides strong technical support for the exploration and development of favorable areas for coalbed methane enrichment.

The invention discloses a cable insulation aging degree testing method and apparatus based on impact voltages, and belongs to the electric cable detection field. According to the method, a frequency domain dielectric spectrum of a cable is obtained by obtaining voltage and current wave forms of the to-be-tested cable under the effect of different impact voltages, and the insulating aging degree ofthe cable is evaluated by obtaining dielectric response situations at the 0-10kHz frequency band in the frequency domain dielectric spectrum. Compared with a conventional dielectric response measuring method, the method has the advantages that a corresponding impact current amplitude is high, the impact currents are easy to measure and is not liable to be interfered by noise, and the impact voltage and current measuring technology is more mature. More information showing insulation aging of the cable can be obtained, and dielectric loss situations at different frequencies can be used for analysis and research. Therefore, the dielectric response under the effect of impact voltages can evaluate the aging degree of the cable more effectively.

The invention belongs to the technical field of comprehensive prediction methods of earthquake in uranium ore, in particular to a method for comprehensively predicting earthquake in sandstone uraniumore. A seismic wave impedance inversion method is used to reversely calculate distribution of sand to obtain sand content information of a target formation directly related to uranium ore formation; wave impedance information of the target formation is converted into porosity information related to ore forming action via the conversion relation or experiential conversion relation of drilling datastatistics; a three-dimensional seismic data body is finally used to extract sensitive seismic attribute information related to a uranium ore forming environment; by comprehensively analyzing and studying and predicating the uranium ore forming potential of a work area via the three types of information, it is possible to quickly and effectively predict the development range of a sandstone uraniumore target reservoir.

The present invention relates generally to microseismic event analysis, and more particularly to a method and apparatus for modeling microseismic event location estimate accuracy. According to certain aspects, the present invention provides a framework for analytically studying microseismic source location estimation accuracy and further provides new geometric intuitions and quantitative relationships that aid in the understanding of this problem. These intuitions and expressions can be shown to be in agreement with current observations in the state of the art.

The invention discloses a community comment emotion tendency analysis-based mobile phone game ranking list construction method. The method comprises the following steps of: 1) pre-processing an evaluation text input by a user; 2) carrying out word segmentation and part-of-speech tagging on pre-processed mobile phone game comments; 3) selecting high-frequency emotion words as emotion characteristics so as to generate all characteristic vectors required by machine learning; 4) inputting the characteristic vectors and evaluation polarity labels into an SVM classifier to carry out model training; (5) arbitrarily inputting a segment of evaluation text by the user, and after carrying out operations of word segmentation, part-of-speech tagging and characterization, automatically carrying out evaluation polarity estimation on the evaluation text by a training model of the SVM classifier; and (6) generating an evaluation situation corresponding to each mobile phone game, and constructing a corresponding mobile phone game positive comment ranking list according to the quantities of positive comments and negative comments. The method for researching the comment polarity through emotion tendency analysis can extend to various fields and has wide application prospects.

The invention discloses a river network modeling method which is used for analyzing and researching the river network by means of the complex network theory, and belongs to the technical field of hydrology. The modeling method abstracts the object river network into a directed network model and includes steps of defining evident changes of hydraulic characteristics of rivers in the object river network as nodes of the directed network model; defining riverways where river water flows through among the nodes as edges of the directed network model and defining flow direction of the river water as directions of the edges. The river network modeling method further quantitatively analyzes importance of the nodes and the edges in the river network according to the hydraulic characteristics such as the length of the riverways and runoff volume. Compared with existing normal hydrological models, the river network modeling method can well reflect real topological property of the river network and integrally analyzes and researches the real river network, importance of the nodes and the edges in the river network can be analyzed, and great significance in flood fighting, disaster relief, water resource protection and hydrological analysis and research and the like is achieved.

The invention provides a hospitalization service performance evaluation method of medical institutions. The 20th chapter in codes of international classification of diseases ICD-10 is used as main disease classification MDC, for the diseases in each MDC, grouping is conducted continuously according to the top three of the ICD codes of disease categories, standardized processing is conducted on all indexes through the disease category grouping DCGs method, the medical technology difficulty and the service capacity, efficiency and quality of hospitals are evaluated, and therefore the total hospitalization service performance is obtained. The method involves a hospitalization service capacity evaluation method, a hospitalization service efficiency evaluation method, a hospitalization service quality evaluation method and a total hospitalization service performance evaluation method. Through the methods, a hospital performance evaluation model based on hospitalization medical record home page information is established according to core contents of medical service performance, and the purpose of analyzing and studying hospital service performance is achieved.

The invention relates to a method for testing mesoscopic mechanics of materials and belongs to the material testing field. The method comprises the following steps: a sample is clamped on a loading stage; the surface of the sampler is disposed below an inspection glass; a clamp-type displacement extensometer is installed on the sample; a computer collects and stores stress and strain dada in the testing process; mesoscopic images are collected in the deformation process; the images are analyzed and generalized. The method is conducive to analyzing and researching the mesoscopic behavior in the deformation and fracture process of materials, and provides a novel testing method for the research on metal.

The invention discloses a method for indirectly measuring the content of uranium in soil through atomic fluorescence spectroscopy. The method is characterized in that the content of uranium is indirectly measured by measuring the content of arsenic; a complex is generated by utilizing uranium and certain arsenic-containing compounds which comprise but are not limited to arsenazo, and is separated from an original compound through a mode such as extraction, and the enriched complex subjected to separation is measured; and a standard working curve is made under the same condition and is compared so as to obtain the content of uranium by calculation. The method has the advantages that the method for indirectly measuring the content of uranium in soil through the atomic fluorescence spectroscopy is suitable for matrixes such as soil, water, coal and minerals. The method is simple and feasible, and compared with a conventional national standard method, the method according to the invention has the advantages that the used instrument is more common and is more applicable to analysis and research in a small lab.