72results about How to "Automated verification" patented technology

The invention provides an automatic vulnerability validation method. The method comprises the steps that firstly, validation information is collected, wherein an active detection way is adopted for carrying out information detection, topological detection, vulnerability detection and website directory structure detection on a target; secondly, the validation information is packaged, wherein suspicious vulnerability key information in vulnerability detection results is extracted, uniform-interface modularized packaging is carried out on the data; thirdly, a validation strategy is searched for, wherein according to the suspicious vulnerability identity and variety information, an appropriate attack script template and a vulnerability utilizing tool are selected; vulnerability validation is carried out, wherein scripts are called to be loaded into the packaged vulnerability information to carry out validation attack, and an utilization voucher is obtained and stored; fifthly, validation traces are removed, wherein validation attack traces are removed, sessions are recycled; finally, a scanning report is generated. The automatic vulnerability validation method solves the problem that an existing vulnerability scanning system is high in false alarm rate and cannot carry out effective validation, is automatic and procedural, can automatically recognize and validate vulnerabilities, lowers the requirement for the ability of non-professional staff and improves the vulnerability validation efficiency.

The invention discloses batch calibration equipment and a batch calibration method for intelligent pointer-type pressure gages. The batch calibration equipment comprises a horizontal calibration platform, a horizontal testing pipe, a plurality of quick connectors for being installed on a plurality of calibration pressure meters respectively, two image acquisition devices which are located in front of the horizontal calibration platform, an image processing device, a pressurization device and a pressure regulation device which regulates pressure in the horizontal testing pipe. The batch calibration method comprises the following steps of: firstly, doing a preparation work before calibration; secondly, inputting and matching models of the pressure gages to be calibrated; thirdly, obtaining data of dial plate templates; fourth, acquiring and dividing images of dial plates, and detecting straight lines at which pointers are located; fifth, matching the templates; sixth, obtaining numberical reading of the pressure meters, and the numberical reading obtaining process comprises the following steps of: obtaining dial plate image information to be processed, matching binocular stereo-vision images and processing the data. The batch calibration equipment disclosed by the invention is reasonable in design, simple and convenient in use and operation, has a good use effect, and calibration efficiency and calibration accuracy of the pointer-type pressure gages are greatly improved.

The invention discloses a fault injection device for verifying system level single particle soft error protection ability. The fault injection device is installed between a fault injection target single machine and other single machines in the system. According to the record of fault case, a low frequency interface fault injection module and a high frequency interface fault injection module inject faults to the low frequency interface data and high frequency interface data which are sent to other single machines in the system by a target fault injection single machine. A system protection response module notifies the fault injection control module to stop fault injection operation and controls the low frequency interface fault injection module and the high frequency interface fault injection module to response when monitoring that other single machines in the system send fault recovery operation data to the fault injection target single machine. The fault injection device for verifying level single particle soft error protection ability of system is versatile. Special design according to different objects of different faults is not needed, and then the workload is greatly reduced. Also the response to the fault recovery operation is added, and the fault injection device for verifying system level single particle soft error protection ability provides basis to fault protective ability of real time and interrupt time indicator assessment system.

This invention provides a method for realizing automatic verification of a form and communication among multiple systems. The method comprises the following steps: a server side create an html form, and the server side re-draws the form to a display container; a user side clicks a form element, and sends a triggering event for clicking the form element to the server side; according to the triggering event for clicking the form element, the server side realizes multi-field automatic combined verification of the drawn form through a built-in verification process engine, and sets data calling and binds data in the display container; the server side puts the verified form into the display container; and when the user side clicks the form element, the server side achieves remote procedure calling and cross-domain calling of field data through a built-in network service. By adopting the method provided by the invention, the higher degree of abstraction of the form is achieved through the multi-field automatic combined verification, and multiple platforms can be automatically switched; the form is filled automatically according to the associated fields; and thus, the development difficulty is effectively reduced.

The invention relates to a process model-based software demand verification method. The method comprises the following steps of S1, loading rules in a rule library according to types of rule objects; S2, generating a process model according to a demand; S3, finding out model elements in the process model; and S4, judging the model elements according to rule constraints. The method has the following technical effects: a definition model in a natural language-based verification activity is omitted, a demand document is preprocessed, and the activity of the model is analyzed, so that the verification activity becomes simpler; an automated verification method does not have excessive requirements on a formalization degree of an input demand, so that the modeling cost is reduced; and on the premise of ensuring partial flexibility of a natural language description demand, automated verification is realized, so that the manpower and cost are reduced.

The invention discloses a big data test verification method, a big data test verification device, computer equipment and a storage medium. The method comprises the following steps: obtaining an execution instruction sent by a client, wherein the execution instruction comprises a test demand table, and the test demand table comprises a test interface and execution logic; obtaining a target table corresponding to the test interface based on the test interface; calling an interface execution script, and performing calling judgment on each test interface according to the execution logic to obtainan interface calling result; if the interface calling result is that the response is successful, obtaining a query field carried by the test interface; obtaining a query result corresponding to a query field from the target table based on the query field in the test interface; and matching the query result with an expected result in the test demand table according to a matching mode in the test demand table to obtain a matching result. By adopting the method, the expected result and the test result are automatically compared and verified, and the big data test and verification efficiency is improved.

The invention provides a UI test method for a control. The method comprises: intercepting a target picture and a source picture, and calculating a color histogram of the target picture and the source picture to obtain a Bhattacharyya distance; when the Bhattacharyya distance is greater than a predetermined threshold, obtaining positions and first pixel values of a plurality of mutation pixel points on the target picture and second pixel values of pixel points, in the positions, on the source picture, wherein the mutation pixel points are pixel points on a UI profile; and outputting a test result according to a variance or a standard deviation of difference values of the first pixel values and the second pixel values. The invention furthermore provides a UI test system for the control. According to the UI test method and system for the control, a UI of the control can be automatically verified to test the display effect of the UI.

The invention relates to a state diagram-based coding verification method. The method comprises the following steps: 1) describing a target software requirement by using an ArgoUML state diagram, and carrying out requirement analysis; 2) taking a file output by ArgoUML as an extraction object to extract a state diagram description file; 3) analyzing the state diagram description file so as to obtain a node state, migration information and a state attribute of the state diagram; 4) converting the ArgoUML state diagram into a target MuSMV code according to the obtained node state, migration information and state attribute of the state diagram; 5) automatically extracting an inspection property and providing the inspection property to users in an interaction manner for secondary edition; and 6) calling an NuSMV inspector to execute inspection, returning whether the inspection property is satisfied or not, and if the inspection property is not satisfied, giving an error position point and displaying a route sequence. Compared with the prior art, the method disclosed in the invention can be used for carrying out modeling aiming at the software requirement and realizing automatic inspection, and enabling the design analysts to not consider how to compile complicated NuSMV programs any more, wherein the conversion is realized automatically.

The invention relates to a bill image information processing method, system and device thereof used in the financial field. The device is an image information processing (automatic teller machine) ATM; the system is a bill image information processing system composed of the image information ATM and a bank background; the bill image processing ATM comprises a bill image acquisition module, an image processing module and a bar code identification module; and the bill image information processing method is based on the bill image information processing system, and is used for acquiring integralimages of the bills by the bill image information processing ATM, separating out bar code information from the acquired integral images and comparing the bar code information with standard information to judge the validity of the bills. In comparison with a conventional bill handling method, the method, the system and the device thereof provided by the invention can finish a bill handling servicemore efficiently, safely and conveniently.

The invention provides a remote system safety rule automatic verification method and system, comprising: S1, remotely login operating system, obtaining operating system type; S2, according to the typeof the operating system and the defense level of the current operating system, filtering the rules in the security rule base; S3, connecting the operating system remotely to obtain the type of the protection path; S4, according to different protection path types, setting corresponding authority verification methods; S5, reading the authorization value corresponding to the protection rule path, comparing the protection result with the actual protection result of the rule path, and if the protection error occurs, adding 1 to the error value; S6, continuously verifying until all the rules are verified, if the error value is 0, determining that all the protection rules are verified, otherwise, returning the number of the protection failure safety rules and the specific rule information. The invention realizes automatic obtaining of defense rules according to the operating system and the defense level, and testing of the defense rules, thereby realizing automatic verification of the security rules.

The invention relates to a glass measuring vessel capacity automatic calibration device and calibration method, a measuring vessel fixing clamp is connected with a jacking mechanism and a translationmechanism, the jacking mechanism drives the measuring vessel fixing clamp to move in the vertical direction, and the translation mechanism drives the measuring vessel fixing clamp to move in the transverse direction; a water tank is arranged below the measuring vessel fixing clamp; a water absorption assembly and a water discharge assembly control the glass measuring vessel to be measured to absorb water or discharge water, and an image acquisition device is arranged on the side face of the measuring vessel fixing clamp and used for obtaining the liquid level height in the glass measuring vessel. An upper computer is connected with the image acquisition device in a wired or wireless mode, and the upper computer judges liquid level information in the glass measuring vessel through pattern recognition. According to the invention, automatic verification of the glass measuring vessel can be realized, the labor cost is reduced, personal errors are avoided, the detection precision is high, the repeatability is good, and the verification efficiency and reliability are improved.

The present invention discloses an online remote verification intelligent verification system for an electric energy metering device based on data sharing. The system comprises an on-site monitoring terminal, a communication network and a main station management platform. The on-site monitoring terminal processes the collected credit to form current data and then output; the communication networktransmits the obtained current data to the main station management platform; and the central monitoring device of the main station management platform combines and distributes five different signals to the verification test end of the corresponding monitoring terminal for analysis and calculation, then verification results of different function are formed, and finally the verification result of each function is output. According to the system disclosed by the present invention, a multi-device multi-loop simultaneous verification technology is adopted, and a multi-channel switching technology is controlled by using multi-channel multi-loop software, so that not only sharing of monitoring data of multiple sets of verification devices can be realized, but also the simultaneous verification ofelectric energy errors can be further reduced, and verification efficiency can be improved.

The invention discloses an automatic calibrating apparatus of electrothermometers. The automatic calibrating apparatus comprises two constant temperature water tanks, a thermometer clamp support, a conveying guide rail mechanism, and two detection assemblies. The conveying guide rail mechanism is arranged in front of and also above the two constant temperature water tanks. The thermometer clamp support is arranged on the conveying guide rail mechanism, and carries the electrothermometers. The two detection assemblies are arranged on the conveying guide rail mechanism to face the two constant temperature water tanks. A recovery groove is arranged below the conveying guide rail mechanism. The thermometer clamp support drives a lower edge to circularly move between the two constant temperature water tanks and the recovery groove through the conveying guide rail mechanism, so the electrothermometers are circularly carried to be detected. The automatic calibrating apparatus is simple in structure and low in cost, and solves a problem that the electrothermometers need to be mounted on the support during detection. Therefore, detection steps are reduced, and the stability of the apparatus is high.

The invention discloses an automatic reconciliation method and device, and the method comprises the steps: obtaining the payment information corresponding to the identification information from a reconciliation query interface provided by a bank or a payment gateway, obtaining a to-be-detected order, and judging that the to-be-detected order is a successful order according to the payment information of the to-be-detected order; Judging whether the order to be detected is a successful order or not according to the acquired payment information of the order to be detected, and if the order to bedetected does not generate the insurance policy, reissuing the insurance policy to the user if the order to be detected is the successful order. Therefore, the problem of order missing under the condition that the user pays successfully is avoided, and the user experience is improved. Moreover, through the inquired payment information of the order, the predicted account arrival time of the targetorder is calculated, the predicted account arrival amount of the order is obtained, and the account is checked according to the predicted account arrival amount and the predicted account arrival time.In this way, automatic account checking is achieved.

The invention discloses an automatic detection device and method of a sphygmomanometer and a blood pressure gauge. The automatic detection device includes a rack assembly, an air pump, a solenoid valve, a lifting assembly, a camera, an air pressure sensor, a lower computer and an upper computer. The upper computer controls the work state of the air pump, the steering action of the solenoid valve and the lifting and photography actions of the camera in the lifting assembly through the lower computer; the air pressure sensor detects air pressure data and uploads the air pressure data to the upper computer after the data is processed by the lower computer; the camera is utilized to collect indicating value images of the sphygmomanometer or the blood pressure gauge, and the images are transmitted to the upper computer through the lower computer. According to the detection method, data detected by the air pressure sensor and data of the indicating value images are combined and then processed to automatically generate original records and certificates. The automatic detection device and method solve the problems that in the prior art, visual fatigue easily occurs after detectors continuously detect multiple sphygmomanometers or blood pressure gauges, personal errors resulted from inaccurate buckling of optoelectronic signal sensors are caused to automatic detection instruments of thesphygmomanometers, and therefore the automatic detection instruments cannot be used for detecting the blood pressure gauges.

The invention relates to an automatic calibration system of a measuring cylinder. The system comprises a computer, measuring cylinder system detection software, an automatic water injection mechanism,a weighing mechanism, an image collection mechanism, a motion mechanism, a light source and a temperature and humidity sensor, wherein the measuring cylinder system detection software is installed inthe computer, the computer sends a command through a data line to control the automatic water injection mechanism, the weighing mechanism, the image collection mechanism, the motion mechanism, the light source and the temperature and humidity sensor, the image collection mechanism is installed on the motion mechanism, and the motion mechanism can drive the image collection mechanism to move. Through the system, the liquid level position of the measuring cylinder can be recognized through a vision technology, the position relation between a crescent surface formed by water in the measuring cylinder and a target scale line can be obtained reliably in real time, and calibration is completed by controlling on/off of a water pump according to the position relation and reading data of the temperature and humidity sensor and through cooperation of other parts, so that detection speed is high, and detection precision is high.

The invention relates to a power grid intranet security management and vulnerability automatic verification method and system. The method comprises the following steps: 1) reading threat information from a server; 2) analyzing information based on a natural language processing NLTK library, and performing information classification by using a CNN-based convolutional neural network; 3) introducingan ID3 decision tree and a Boltzmann neural network algorithm, quantitatively evaluating the security threat of the intelligence, and early warning a high-risk event in advance; 4) establishing a vulnerability management knowledge base based on power grid intranet security risk closed-loop management driven by intranet asset identification and extranet intelligence, and 5) performing threat intelligence information sharing between the power grid intranet and the server. The problem of insecurity of the power grid intranet is solved.

The invention discloses a low-voltage switch box fault information remote monitoring method which comprises the following steps of first, fault diagnosis and early warning, second, fault diagnosis, warning and isolating, and third, fault point self curing. Through internal judgment programs of a controller in a low-voltage switch box, verifications of data of early warning (warning) information are screened step by step, and early warning (warning) information accuracy is improved; early warning (warning) information which is higher or lower than preset parameters and generated at the normal electricity consumption peak is screened, and device fault possibility is eliminated; through reasonable judgment and cross use of singular judgment and double judgments, the early warning (warning) information of emergencies in the diagnosis process is further quickly sent out; the means that data are increased gradually is adopted, the problem of repeated warning sending through comparison with preset values is solved, and the fault diagnosis is more accurate and higher in efficiency.

The invention discloses a chip verification method and device and a computer readable storage medium, and the method comprises the steps: carrying out the initialization of an environment parameter of a to-be-verified module after a verification instruction is received; analyzing and extracting configuration information in the first electronic form from a preset directory according to the script, and performing verification according to the configuration information to obtain a corresponding verification result; and mapping the verification result to a preset second electronic form to judge whether verification is passed or not. According to the invention, full-automatic verification can be realized.

The invention relates to a bill fluorescence information processing method, system and equipment which are applied to the financial field. The equipment provided by the invention is a bill fluorescence information processing teller machine. The bill fluorescence information processing system which comprises the bill fluorescence information processing teller machine and a bank background, wherein the bill fluorescence information processing teller machine comprises a bill fluorescence image acquisition module, an image processing module and a fluorescence image identification module. According to the bill fluorescence information processing method provided by the invention, a fluorescence image on a bill can be acquired, processed and compared by utilizing the bill fluorescence information processing teller machine based on the bill fluorescence information processing system, thereby judging the validity of the bill. Compared with the traditional manual bill processing method, the method, system and equipment provided by the invention can be used for effectively, safely, conveniently and rapidly finishing bill processing service.

The invention provides a method and a device for testing a two-dimensional code generating algorithm. The method comprises: using a tested two-dimensional code generating algorithm to generate a two-dimensional code image, wherein the two-dimensional code image including a text character string; using a two-dimensional code recognition algorithm to identify the two-dimensional code image, to obtain a recognition result; comparing the recognition result with the text character string; if the recognition result is consistent with the text character string, determining the tested two-dimensional code generating algorithm is accurate. The method realizes automatic verification of correctness and uniqueness of the two-dimensional code generating algorithm, and since an all-in-software automatic method is used, testing labor is not needed, 100% coverage test of all input conditions can be efficiently realized. The method is more complete in algorithm correctness verification than verification by manpower.

The invention discloses a method for automatically generating an LCD circuit design drawing by shooting an image. The method comprises the following steps: S1, setting detection parameters according to a to-be-detected product; S2, placing a to-be-detected product on detection equipment, and starting detection; S3, shooting an image of the to-be-detected product according to the detection parameters and storing the image; s4, analyzing and processing each image; S5, extracting circuit information of each image, and combining all the circuit information into a complete circuit design drawing; and S6, outputting a design drawing. According to the invention, circuit design information can be quickly analyzed and extracted through high-precision image shooting of the camera, manual checking through a microscope or manual checking after shooting is not needed, the manual manufacturing process is canceled, automatic circuit defect checking is also realized, the workload of engineers is greatly reduced, the manufacturing period is effectively shortened, and the manufacturing efficiency is high.

The invention provides an automatic fault processing method and system, relates to the technical field of fault processing, and mainly solves the technical problem that a fault processing flow needs to be completed manually. The method comprises the steps of acquiring faults by a fault reporting entrance, and determining a fault to be initiated; allocating a fault number to the initiated fault, and establishing a fault work order to enable the fault work order to record a subsequent fault processing condition; processing the fault with the fault number, and determining a fault processing progress; mining the processed fault so that managers can perfectly analyze, classify and process each fault, and the life cycle of each fault is completed; and according to a preset time period or a preset fault number, counting the fault of which the life cycle is completed, performing fault analysis on the fault, and generating a fault analysis report. According to the invention, automatic processing and circulation of the life cycle of the fault are realized, the fault processing efficiency is improved, time and labor are saved, the fault information accuracy is improved, and flexible and changeable function design is realized.