102results about How to "Intuitive and reliable results" patented technology

The invention discloses a server network behavior description method. The method comprises the steps that (1) traffic information in and out of a server is acquired; (2) according to traffic attributes, the traffic information is extracted, and according to a time window, traffic corresponding to each traffic attribute is counted to form historical data; (3) the historical data are calculated to acquire system parameters based on the traffic structure stability; (4) a dynamic normal traffic contour is built; (5) the current traffic structure is constructed; and (6) a difference measurement method is used to compare the normal traffic contour and the current traffic structure, and whether a network is normal is judged according to the size of a difference value. According to the invention, the server network behavior description method can adapt to an increasingly complex network environment, can detect a part of new network attacks, and can take initiative in detection.

The invention discloses a method for identifying baijiu of different brands by combining a three-dimensional fluorescence spectrum and a parallel factor, belonging to the technical field of baijiu identification. The method disclosed by the invention comprises the following steps: (1) obtaining the three-dimensional fluorescence spectrum data of baijiu of different brands by using a fluorescence spectrophotometer; (2) establishing an identification model of baijiu of different brands, namely decomposing the spectrum data by utilizing a parallel factor method, thus obtaining a loading matrix and a concentration score, and by taking the concentration score as input of a support vector machine, establishing an identification model of the brands of the baijiu; and (3) predicting the brands of the baijiu, specifically, for the predicted sample, performing testing to obtain the three-dimensional fluorescence spectrum data, and obtaining the concentration score by utilizing a genetic algorithm and by keeping the loading matrix invariable, inputting the concentration score into the identification model and outputting the predicted brand value. According to the method disclosed by the invention, a complicated chemical separation process is avoided, the method has the advantages of rapidness, safety, simplicity in operation, low price, nondestructive property and the like, and the identification model of baiju in different places of origin can be further established.

The invention provides a method for classifying railway track stations based on characteristics of a public transportation connection radiating area. The method comprises the steps of collecting cardreading data which forms a transfer behavior, analyzing the characteristics of the public transportation connection radiating area according to an identified transfer behavior, counting characteristicparameters of the public transportation connection radiating area, carrying out normalization and standardization on the selected characteristic parameters, classifying the railway track stations byusing a k-means clustering method, and finally quantitatively evaluating the classified stations by using a fuzzy element theory. According to the method, from an actual angle and a transfer need angle, the railway track stations are reasonably divided, and a certain reference value is provided for rail transit planning and operation optimization.

The invention discloses an underground metal mine goaf hazard degree grading evaluation method, which comprises the following steps: firstly, selecting 16 indexes to construct an underground metal mine goaf hazard degree grading evaluation index system, dividing hazard degrees into four grades, and determining a grading standard; then, determining the comprehensive weight of each index by adoptingan AHP, entropy weight method and game theory combined weighting method; establishing a matter element extension model for goaf risk degree evaluation; substituting the weight value of each evaluation index into the matter element extension model to obtain each index correlation degree and a comprehensive correlation degree value which belong to each risk degree grade; and finally, determining the danger degree level according to the maximum correlation degree principle. According to the method, the goaf hazard level can be evaluated comprehensively, objectively and accurately, the evaluationprocess is clear, the evaluation result is objective, and a new method can be provided for grading evaluation of the underground metal mine goaf hazard level.

The present invention relates to a preparation method of a triple inactivated vaccine for the prevention of H9 subtype newcastle disease, infectious bronchitis and avian influenza, which is characterized in that: the content of the using NDVLaSota stain virus liquid is 10 to 22 percent, the content of IBVM41 stain virus liquid is also 10 to 22 percent and the content of the AIVHL stain virus liquid is 8 to 15 percent; the present invention uses the concentration and inactivation methods; the white oil adjuvant and the immune auxiliaries of Tween, Span and aluminum stearate are added to prepare the triple inactivated vaccine; the present invention realizes the multiple vaccine prevention and achieves the purpose of prevention a plurality of diseases by one needle, which can be used for greatly developing the husbandry, so as to benefit the mankind and improve the living standard of the people.

The invention provides a rail station classification system. Card swiping data which forms a transfer behavior is collected, characteristics of a bus transferring radiation area are analyzed accordingto an identified transfer behavior, characteristic parameters of the bus transferring radiation area are arranged, normalized and standardized, a k-means clustering method is used to classify the rail stations, and a fuzzy metatheory is used to evaluate the classified stations quantitatively. The method is used to classify the rail stations reasonably from the aspect of practical transfer demands, and provides certain reference values for planning and operation optimization of rail transit.

The invention discloses an SSR molecular marker of a fruit mulberry variety 'Yueshen 123', a core primer group, a kit and application thereof. According to the SSR molecular marker, the core primer group, the kit and the application thereof, a fluorescent SSR technology is utilized, 300 pairs of SSR primers designed and developed by a mulberry genome sequence are screened, which confirms that core primers marked with M10360 and M29602 can amplify two specific bands for the new fruit mulberry variety 'Yueshen 123', and the new fruit mulberry variety 'Yueshen 123' can be identified from fruit mulberry strains and can be used for rapid identification and detection of the new fruit mulberry variety 'Yueshen 123'. The 'Yueshen 123' is identified by directly detecting the M10360 marker and/or the M29602 marker of the 'Yueshen 123', the uncertainty of external morphological characteristics on identification of the 'Yueshen 123' is overcome, the operation is simple, the detection efficiency is high, the result is reliable and visual, a scientific technical guarantee is provided for protection of the new fruit mulberry variety 'Yueshen 123', and the SSR molecular marker is beneficial to popularization, utilization and protection of the variety.

The invention provides a method for quantitatively determining sympathatic detonation of an explosive, and belongs to the technical field of blasting. The method comprises the following steps: fixinga continuous resistance wire probe to centers of a detonating cartridge and a detonated cartridge, integrally placing the detonating cartridge and the detonated cartridge with the continuous resistance wire probe in a semicircular pipe groove of a test support, and keeping the cartridges in the same axis; regulating the sympathetic detonation distance to be in preset value L by moving the detonated cartridge, and connecting a probe led out from the tail end of the detonated cartridge to a signal acquisition instrument through a coaxial cable; inserting a detonator into a detonating end of thedetonating cartridge, starting the signal acquisition instrument, detonating the explosive, and recording a voltage signal curve of the continuous resistance wire probe by the signal acquisition instrument; converting, thus obtaining a detonation wave-impact wave time travel curve; comparing a detonation wave travel with the length of the cartridges, thus judging whether the detonated cartridge isin sympathatic detonation or not. A measurement system is simple, the cost is lower, a result is direct and reliable and is basically not affected by a testing environment, and the explosive amount is not limited.

The present invention provides a checking system of special fragment of fluorescence labeling Cannabis sativa L. sexuality gene, wherein, the checking system is a PCR reacting system which uses the fluorescence labeled DM016 as male primer and uses the fluorescence labeled DM029 as female primer and uses the DNA of Cannabis sativa L. as a formwork. The invention simultaneously provides a checking method of the checking system.

The invention discloses a method for identifying years of Luzhou-flavor liquor through three-dimensional fluorescence spectrum combined with non-negative matrix factorization and belongs to the technical field of liquor identification. The method comprises the steps that firstly, a fluorescence spectrophotometer is used for measuring three-dimensional fluorescence spectrum charts of the Luzhou-flavor liquor of different years, and obtaining three-dimensional fluorescence spectrum data; then adopting a multiplicative non-negative matrix factorization method for decomposing a spectrum data matrix, and treating an obtained coefficient matrix as characteristic parameters of a spectrum matrix; then treating the characteristic parameters as input of a support vector machine, using a cross validation method for searching for the optimum parameter of the support vector machine, establishing a prediction model under the optimum parameter, and achieving classified identification on the Luzhou-flavor liquor of different years. By means of the method, support is provided for identification and development technologies of aged liquor.

The invention discloses an SSR (Simple Sequence Repeat) molecular marker of a new fruit mulberry variety 'Yueshen 201', a core primer group of the SSR molecular marker, a kit and an application of the SSR molecular marker, or the core primer group or the kit. A fluorescent SSR technology is utilized, 300 pairs of SSR primers developed through mulberry genome sequence design are screened, it is confirmed that core primers marked with M20310 and M252 can amplify two specific bands for the new fruit mulberry variety 'Yueshen 201' respectively, the new fruit mulberry variety 'Yueshen 201' can be identified from fruit mulberry strains respectively, and the new fruit mulberry variety 'Yueshen 201'can be identified from the fruit mulberry strains respectively. The molecular marker can be used for rapid identification and detection of the new fruit mulberry variety 'Yueshen 201'. According to the invention, the M20310 marker and/or the M252 marker of the 'Yueshen 201' are/is directly detected to identify the 'Yueshen 201', the uncertainty of external morphological characteristics on identification of the 'Yueshen 201' is overcome, the operation is simple, the detection efficiency is high, the result is reliable and visual, a scientific technical guarantee is provided for protection of the new fruit mulberry variety 'Yueshen 201', and the molecular marker, the core primer group and the kit are beneficial to popularization, utilization and protection of the varieties.

The invention relates to a sandy soil saturation measuring method. The method comprises following steps: (1) adding a sandy soil sample with a volume of V into a sample container, and vacuumizing thesandy soil sample and a constant head device in the sample container; (2) introducing carbon dioxide into the vacuumized sandy soil sample and the constant head device; (3) repeating steps (1) and (2)for many times; (4) simultaneously vacuumizing the sandy soil sample and the constant head device; (5) carrying out constant head saturation on the sandy soil sample by using the constant head deviceuntil the surface of the sandy soil sample is submerged by water; (6) after constant head saturation, exposing the sandy soil sample to atmosphere under a normal atmospheric pressure of P1; (7) vacuumizing the sandy soil sample again until the vacuum degree reaches P2; (8) measuring the change of liquid level heights of the sample container under different pressures in the steps (6) and (7), andobtaining the volume change ([delta]V); and (9) calculating the saturation (Sr) of the sandy soil sample based on a saturation formula.

The invention discloses a method and a device for dynamic non-destructive measurement of CRTSII type plate-type ballastless track seam. The method comprises the following steps: firstly enabling an ultrasonic pulse transmitting receiver to generate a sine wave exciting signal modulated by a Hanning window, amplifying the exciting signal by a preamplifier to drive an air-coupled ultrasonic transmitting transducer to convert the electrical signal into an ultrasonic wave to hit a CRTSII type plate-type ballastless track plate, then adopting an air-coupled ultrasonic receiving transducer to collect a guided wave echo signal, amplifying the guided wave echo signal by a post-amplifier, subjecting to A/D conversion, transmitting to the ultrasonic pulse transmitting receiver, then transmitting thereceived guided wave echo digital signal to a computer by the ultrasonic pulse transmitting receiver, performing signal processing and analysis by the computer adopting MATLAB software, and judging whether a seam defect exists by comparing an obtained first wave amplitude with a preset threshold value. By adopting the method and the device provided by the invention, the high-efficiency, non-destructive and real-time measurement of the seam defect of a CRTSII type plate-type ballastless track can be realized.

The invention relates to a method for analyzing synergistic effect of aroma of an apple juice ester based on an S-curve method. The method is characterized by comprising a step of determining a relationship between the concentration Q of the apple juice ester and the detection probability P, in a simulated apple juice matrix solution, the key esters A and B and a binary mixture of A and B are taken as dilution factors for respectively determining the detection probability P (A), P(B), and P(AB) of esters A and B and the binary mixture of A and B under 10 gradients, a step of determining the synergistic effect of aroma between apple juice esters uses Sigma Plot 12.0 software to draft a curve of the material concentration Q-detection probability P for the obtained 10 data points, a linear correlation coefficient R is greater than 0.95, and fitting is carried out according to a formula; an S-curve model of the concentration and detection probability of different esters can be established,and the threshold value of the esters can be calculated; and according to the ratio between the measured threshold and the theoretical threshold, the synergistic effect of the aroma between the esters is determined.

The invention relates to a method for screening a drought-resistant corn germplasm and belongs to the field of crop genetics and breeding. The method for screening the drought-resistant corn germplasm includes the following steps that 1, sowing corn seeds with the corn germplasm, 2, conducting final singling of seedlings of corn plants, 3, treating the corn plants with drought stress, 4, detecting corn germplasm plant morphological indexes, 5, detecting corn germplasm yield indexes, 6, evaluating the drought resistance ability of the corn germplasm and 7, selecting the corn germplasm with the drought resistance. The method for screening the drought-resistant corn germplasm uses the corn germplasm as a detection object, the drought stress treatment is conducted in the whole growth period, by detecting the plant morphological indexes and the yield indexes, the purpose of building an objective and accurate method for screening the drought-resistant corn germplasm is achieved, and therefore a reliable basis is provided for drought-resistant corn germplasm screening.

The present invention belongs to the technical field of biomedicine, and particularly relates to an anti-oxidation drug screening kit and a use method thereof. According to the present invention, the anti-oxidation drug screening kit comprises Caenorhabditis elegans, a nematode culture medium, Escherichia coli OP50, and 2',7' dichlorofluorescin diacetate, and can be used for high-throughput screening of anti-oxidation drugs; and kit has characteristics of simple operation and rapid detection, and is suitable for the large-scale promotion in the field of anti-oxidation drug screening.