38results about How to "Verify consistency" patented technology

Embodiments of the invention provide a construction verification method and device capable of verifying a security two-dimensional code offline. The method comprises the following steps of inputting information that needs coding and type information, carrying out digital signature operation and encryption operation on the input information according to an information release type, constructing combination information, and encoding to generate a security two-dimensional code which can be verified off-line according to a two-dimensional code coding rule; inputting the information of the security two-dimensional code and identifying included combination information and type information, analyzing and decoding the combination information to obtain independent sub-information according to the type information of the two-dimensional code, and verifying digital certificate effectiveness information, a digital signature of the input information and an effective time limit of the input information; and if all verifications pass, showing that the offline verification of the security two-dimensional code is correct and the coding information source of the security two-dimensional code is credible, otherwise showing that the information release source of the security two-dimensional code is incredible. The method and the device have the beneficial effects that the security two-dimensional code cannot be tampered, counterfeited and denied, the public or private information can be released, and the integrity of the information of the security two-dimensional code and the authenticity of the source can be verified offline without a network connection.

The invention provides a method for verifying uniformity of data, and is applied to duplicate data of distributed storage. The method for verifying uniformity of data is characterized by comprising the following steps of acquiring a request for verifying the uniformity of the duplicate data included in a designated data set, and sending a request for acquiring the check code of each of fragmented data and the secondary check codes of the duplicate data to each storage node which stores the fragmented data of the data set, wherein the secondary check codes are obtained through a predetermined algorithm by using the check codes of all the fragmented data; receiving the check code of each of the fragmented data and the secondary check codes of the duplicate data which are transmitted by each storage node, calculating secondary check verification codes through adopting the same algorithm as the predetermined algorithm and the received check codes of all the fragmented data of the data set, and judging whether or not the duplicate data included in the data set has uniformity according to the secondary check verification codes and the received secondary check codes of the duplicate data. According to the method for verifying uniformity of data, the effect that the efficiency of data uniformity verification is improved can be achieved.

The invention discloses a visual automatic point alignment system and a visual automatic point alignment method for an intelligent substation. The method comprises the following steps of S1, comparing a scheduling signal with a motion signal; S2, associating the motion signal with a background signal; and S3, visually automatically comparing the background signal with the motion signal. According to the method provided by the invention, work efficiency and speed of a field engineer can be improved, the full-automatic closed loop workflow of a plant station end can be achieved, and the debugging project cost is reduced; meanwhile, the method provided by the invention is also applicable to an automatic acceptance phase of the intelligent substation, verifying consistence of the scheduling signal and the motion signal, verifying the consistence of the motion signal and the background signal, and verifying the consistence of the background signal and a device signal.

The invention relates to a system and method for validating the chip validity by utilizing a graphical chip. The system comprises an identifier generation module, a graphical identifier identification module and an identifier validation module. The method for validating the chip validity comprises three basic work flows, namely a graphical identifier generation flow, a graphical identifier identification flow and a graphical identifier validation flow. When validating the chip validity, a user uses the graphical identifier on an identification chip of the graphical identifier identification module, and the graphical identifier is reduced into a verification identifier, the verification identifier is transmitted to the identifier validation module, the identifier validation module compares the verification identifier with an internal identifier which is saved in a chip, the graphical identifier of the chip is falsified if the validation identifier is not in accordance with the internal identifier, and the user can determine whether the chip is counterfeited or illegal or not and further forbids the user to download an application program; and the chip is legal if the validation identifier is in accordance with the internal identifier.

The invention discloses a switching method and a switching system for data service systems. The switching method comprises the steps that target data in an old system are loaded to a new system, and the main writing point of the target data is switched into the new system after assigned time; if writing requests of users are received in the switching period, whether the writing requests are handed to the old system to be processed or the new system to be processed is determined according to the state of the target data of the writing requests in the new system and the old system, and the data are synchronously updated to the new system when the writing requests are handed to the old system to be processed; if reading requests are received in the switching period, whether the reading requests are handed to the old system to be processed or the new system to be processed is determined according to the state of the target data of the reading requests in the new system and the old system. By means of the switching method and the switching system for the data service systems, the service usability of services when the systems are switched can be improved.

The invention relates to an intelligent card system man-in-the-middle attack verification platform and a test method. One end of the verification platform conducts communication with an intelligent card, and the other end of the verification platform conducts communication with a card reader. A control management module is arranged in the verification platform and used for loading an attack test program and storing and processing instructions and responses sent by the card reader and the intelligent card. By the adoption of the intelligent card system man-in-the-middle attack verification platform of the structure and the test method, the uniformity of an intelligent card system design scheme and the practical running process can be verified, and authenticity and effectiveness of a security evaluation result is guaranteed; the evaluation result has higher persuasion and authority; due to the fact that a middle attack needs to be executed actually, cost of the man-in-the-middle attack can be quantified effectively and accurately, the ability of an intelligent card system in resisting the man-in-the-middle attack can be evaluated accurately, and thus the security level of the intelligent card system to be tested is confirmed.

The invention discloses a method for testing the pathway of satellite initiating explosive devices, comprising a plurality of initiating explosive devices, controllers of the initiating explosive devices, test plugs, adapter plugs, and adapter cables. The controllers of the initiating explosive devices are connected to N initiating explosive devices through test plugs, adapter plugs, and adapter cables to complete the internal power pathway test of the controllers, the internal and external connection test of the initiating explosive devices, and the external pathway test of the initiating explosive devices. According to the method for testing the pathway of satellite initiating explosive devices, the consistency of the pathway object of initiating explosive devices and the design file canbe verified, the test result has the characteristics of reproducible and re-checkable, and has been applied on multiple communication satellites, thereby effectively ensuring the safety and correctness of the pathway of initiating explosive devices.

The invention belongs to the technical field of sampling air particulate matters, and particularly relates to a station design mode-based air particulate matter automatic film-changing sampling device, which comprises a film feeding mechanism, a collection mechanism, a manipulator, a storage mechanism and a filter film jacket; the film feeding mechanism is fixedly arranged on a supporting plate and comprises a film feeding box body, an upper film feeding through hole and a lower film feeding through hole are respectively formed in the upper part and the lower part of the film feeding box body, the filter film jacket is arranged in the lower film feeding through hole and consists of a filter film clamp and a film tube, a filter film is fixed by the filter film clamp and stored in the film tube, a film feeding linear motor is fixedly arranged on the lower part of the lower film feeding through hole, a film feeding tray is fixedly arranged on the upper part of the film feeding linear motor, and the film feeding tray penetrates into the film tube and is matched with the filter film clamp. The device can continuously work for 7 days or 15 days, and compared with the single-film sampler, not only can a great deal of manpower output be reduced, but also the possibility of making errors during frequent operations can be decreased.

The invention provides a three-dimensional planning method for a green mine based on a three-dimensional real scene. The method comprises the following steps of conducting three-dimensional modeling on an original real scene of the mine; converting two-dimensional mining design files into three-dimensional mining design files by computer-aided design software; using three-dimensional geographic information platform software to fuse the mine original live-action model and the mine exploitation three-dimensional design model in a partitioning and staging manner; fusing a greening design file with a mine zoning and staging mining model; in combination with the mapping relation table of re-greening project amount and the cost, calculating re-greening project amount and the cost of each stage of mining; according to the re-greening budget of the mine, judging whether the re-greening work amount and cost of each stage of mining are reasonable or not; and obtaining a three-dimensional planning scheme of the green mine. The technical problems that a virtual scene constructed by adopting a virtual reality method is difficult to express an objective real scene, accurate quantitative analysiscannot be carried out, and a decision maker cannot accurately judge whether a mining planning scheme is suitable or not can be solved.

The invention discloses a standardized test management system for metering automation equipment. The standardized test management system comprises a test server and tested wireless equipment; the tested wireless equipment is in communication connection with the test server in a wireless communication mode; the tested wireless equipment is used for receiving and responding to the test instruction sent by the test server, collecting test data according to the test instruction, and uploading the test data to the test server; and the test server side is used for comparing the received test data according to the service interface protocol standard information and the reference data so as to determine a device standardization test result of the tested wireless equipment according to a comparison result. Through the management system provided by the invention, the normative test on the wireless cellular communication access equipment submitted to be tested is realized, so that the tested wireless equipment with different brands, various models and dispersed positions is managed in a unified manner, and the test efficiency of the wireless cellular communication access equipment is improved.

An avionics design method based on a model comprises the steps: analyzing data interfaces from an avionics system level to a physical level, and establishing a hierarchical model of the data interfaces from top to bottom based on scenes, behaviors, functions and architecture of an avionics system; and verifying the interface control file according to the hierarchical model. The data interface is subjected to hierarchical structural design, mapping of interface traceability and integrity of scene-behavior-function-architecture is realized, transitivity of system functions and consistency of connection are verified, and rapid interface test verification and interface demand confirmation are realized. According to hierarchical construction, hierarchical mapping is performed on the system function and behavior model, a system architecture design interface is output, and then actual bus interface data corresponding to the EICD physical hierarchy is formed.

The invention discloses a test method and device based on fault injection and computer equipment, which are used for improving the accuracy of a data consistency test. The method specifically comprises the following steps: determining a test fault type and a fault injection point of a target program, wherein the fault injection point is a program starting position corresponding to a method for interacting with a predetermined database in the target program; determining a target test case from the test case set according to the test fault type; according to the target test case, determining a target byte code from the mapping relation between the test case and the byte code, and inserting the target byte code into the target program at the fault injection point during operation of the target program to obtain a test result of the target program; and comparing the test result with a predetermined data set to verify the consistency of the target program data.