17results about How to "Achieve authentication" patented technology

This invention provides a system for real-time dynamic adjustment of grouping across devices, including an identity authentication module, a distributed synchronization module, a rule engine module, a trigger engine module, and an algorithm engine module. These modules are coupled and interact through standardized data interfaces. By establishing a three-element association relationship between users, devices, and groups, unified management and authentication of user identities are achieved in a multi-device environment. A dynamic adjustment strategy is employed to achieve static allocation and dynamic adjustment of user permissions. Multi-dimensional grouping rules are formulated to filter users meeting certain conditions into the same group. A multi-dimensional trigger strategy is used to dynamically adjust groups. Intelligent calculation and optimization of dynamic grouping are performed based on the K-means clustering algorithm combined with a greedy strategy. Data synchronization between devices is achieved based on a distributed architecture, enabling real-time dynamic adjustment and efficient collaboration of grouping across devices.

The present invention provides a USBIF authentication trigger method, a tested device and a vehicle. The USBIF authentication trigger method is applied to the tested device, including: reading the test information of a U disk inserted into a USB interface in the tested device; comparing the pre-written trigger information with the test information; when the trigger information is consistent with the test information, automatically triggering the corresponding test mode according to the test information; when the trigger information is inconsistent with the test information, prompting a prompt message to replace a different U disk. The USBIF authentication trigger method, the tested device and the vehicle provided by the present invention can realize USBIF authentication of the tested device without the need for a dedicated test fixture, saving test costs and shortening the research and development cycle.

The present invention relates to the field of image information security, and is a reversible image authentication method and system based on prediction error expansion, comprising the steps of: dividing an image into a number of non-overlapping image blocks, dividing pixels in the blocks into a gray set and a white set; calculating an authentication code for each block; respectively calculating the prediction errors of the gray set and the white set pixels in all blocks, and defining the blocks as differential blocks or translation blocks according to the embedding capacity; embedding the authentication code in the differential block by using the difference expansion method; embedding the authentication code in the translation block by using the prediction error histogram translation method; extracting the embedded authentication code from each block in turn and restoring the block according to the inverse operation of the embedding method, comparing the extracted authentication code with the regenerated authentication code, and judging whether the image has been tampered with. The present invention adopts two different reversible embedding methods, and can independently perform reversible authentication on almost all blocks, embed more authentication information under the same block size, and can achieve a higher tampering detection accuracy.

The invention belongs to the technical field of computer security, and particularly discloses a semantic gap vulnerability defense method and system based on Arm pointer authentication, and the method comprises the steps: obtaining a target request based on a unique identity label bound with the target request, a digital signature corresponding to the target request and a signature of a resource identifier corresponding to a trusted execution environment resource; verifying the access security of the target request to the trusted execution environment resource; under the condition that the verification is passed, in response to the target request, executing an access operation on the trusted execution environment resource; the unique identity identifier of the client application is bound to a target request through an Arm pointer authentication mode when the client application initiates a request for trusted execution environment resources. Through the application, the request parameters and requester identities of the CAs from a common world can be verified, operation and data isolation between different CAs are ensured, and semantic gap vulnerabilities are effectively defended.

The embodiment of the present invention discloses a data transmission method, user equipment, related network equipment and storage medium. The method comprises: a user equipment (UE) sends a first message for access authentication to an access and mobility management function (AMF), wherein the first message includes identity information of the UE and a first identifier, and the first identifier is used to indicate an authentication method supported by the UE.

The invention discloses an authentication method and device and a readable storage medium, relates to the technical field of communication, and aims to realize authentication between a satellite system and a gateway station and reduce access delay. The method comprises the following steps: sending a registration request to a satellite system; an authentication request sent by the satellite system is received, and the authentication request is generated by the satellite system according to the registration request; and authenticating the satellite system according to the authentication request. According to the embodiment of the invention, the authentication between the satellite system and the gateway station can be realized, and the access time delay is reduced.

This invention primarily addresses the performance issues caused by the limited computing power of wireless terminal devices in industrial control systems, as well as the high latency problems of traditional authentication methods. It proposes a physical layer authentication scheme based on ShuffleNet and a self-attention mechanism. First, a method based on an improved variational autoencoder and generative adversarial networks is proposed to augment CSI data, and a denoising autoencoder based on particle swarm optimization is used to reduce the dimensionality of the data. Then, a lightweight SE module is introduced as the implementation of the self-attention mechanism, further enhancing the model's focus on key features and improving its discriminative power and feature learning ability in complex scenarios. Finally, the ShuffleNet-SE model is used to identify CSI data features, classifying legitimate and illegitimate devices in the industrial control system.

The invention relates to an authentication and authorization method and device, communication equipment, an authentication and authorization system and a storage medium. The method comprises the following steps: an authentication and authorization module of a computing power network capability open layer determines the authenticity and credibility of a computing power network application accessing the computing power network open capability; and the authentication and authorization module controls the access authority of the computing power network application to the computing power network opening capability. According to the method and the device, the authenticity and the credibility of the application program accessing the computing power network opening capability can be ensured, and the access authority of the computing power network opening capability is strictly controlled, so that the credible opening and authentication of the computing power are realized.

The present invention relates to an encryption authentication method for data acquisition equipment, and the steps of the present invention are: S1, generate an M*P matrix S; S2, take out the numbers in the matrix S uniformly by row or column, encode each row or column according to a predetermined encoding rule, generate an authentication ciphertext based on the encoding result, and send the authentication ciphertext to the device to be authenticated; S3, obtain the response ciphertext returned by the device to be authenticated, and decode the response ciphertext to obtain an M*N encryption matrix C; S4, calculate C'=S*M, if C=C', the authentication is successful, and the subsequent normal use can be carried out; otherwise, the authentication fails, the subsequent operation process is stopped, and the number of retries is increased by 1; S5, judge whether the number of retries exceeds the limited number, if not, return to step S1; if exceeded, the system will be locked for a period of time. The present invention realizes the authentication of the effectiveness of the device, avoids the reduction of the stability and performance of the system caused by the use of third-party imitation equipment, and avoids the hidden dangers of the entire system.

The invention provides a plug-and-play security encryption and data interaction method. The encryption method comprises the following steps: a security encryption module receives a first random number acquisition request sent by terminal equipment; the security encryption module generates a first random number in response to the first random number acquisition request and forwards the first random number to the power grid master station through the terminal equipment, so that the power grid master station encrypts the first random number to obtain first encrypted data and issues the first encrypted data to the terminal equipment, the terminal equipment is in wireless communication with the power grid master station; and the security encryption module receives first encrypted data sent by the terminal equipment and authenticates the first encrypted data, and indicates that the terminal equipment can upload the power data to the power grid master station if the authentication is passed. A low-cost security encryption module is used to realize encryption communication between the terminal device and the power grid master station.

The invention provides a USBIF authentication triggering method, tested equipment and a vehicle, the USBIF authentication triggering method is applied to the tested equipment, and comprises the following steps: reading test information of a USB flash disk inserted into a USB interface in the tested equipment; comparing pre-written trigger information with the test information; when the trigger information is consistent with the test information, automatically triggering a corresponding test mode according to the test information; and when the trigger information is inconsistent with the test information, prompting prompt information of replacing different USB flash disks. According to the USBIF authentication triggering method, the tested equipment and the vehicle provided by the invention, USBIF authentication of the tested equipment can be realized, a special test fixture is not needed, the test cost is saved, and the research and development period is shortened.

The invention discloses a college enrollment propaganda system capable of automatically adjusting propaganda frequency, which belongs to the technical field of enrollment management systems and comprises a plurality of college management systems, an enrollment management system and a plurality of user management systems. The user management system comprises a login verification information filling module, a user terminal, a file inputting module and a query module; the file-casting module is used for simulating file casting to a specified college by the user; the college management system comprises a college management server, a professional persistence evaluation module, an enrollment plan generation module and a college database; in this way, the enrollment plan table is automatically generated.

The invention provides a PKI (Public Key Infrastructure) technology-based method and system for signing and issuing an electronic certificate of an automobile certification, which are characterized in that electronic management of the automobile certification is realized by establishing an electronic certificate management system of the automobile certification; the PKI technology is adopted to realize safety management of uploading and downloading of the electronic certificate of the certification by a car enterprise; by downloading and verifying the certification electronic certificate of the vehicle user, the safety management of the vehicle user side on the certification electronic certificate is improved; according to the invention, the electronic management of the automobile certification can be improved, and the safety and convenience of the management of the automobile certification can be improved.

The invention provides an RFID tag array authentication method based on phase correlation, and the method comprises a model training stage and an array authentication stage, the model training stage comprises the steps: collecting and processing a phase sequence received from a conventional tag array, and selecting an optimal tag combination of each tag in the conventional tag array; calculating a conventional phase difference sequence according to the optimal tag combination, and constructing a phase difference sequence of the attacked tag array according to a replacement mechanism; a neural network is designed, a conventional phase difference sequence and a phase difference sequence of an attacked tag array are used as input of the neural network for training, and an array authentication stage: a phase sequence of a to-be-authenticated tag array is collected and processed, a to-be-authenticated phase difference sequence is calculated according to the optimal tag combination and input into the neural network, and an authentication result is obtained. According to the method, clone attack, analog signal attack and deployment tampering attack can be defended, the authentication precision is high, the deployment cost is low, and the security of sensing based on the tag array is improved.

The present invention discloses a method and device for cross-operator platform charging payment of electric vehicles, and relates to the technical field of electric vehicle charging, wherein the method comprises: a first charging pile receives a near field communication connection request sent by a second client, and establishes a near field communication connection with the second client; receives cross-operator platform charging request information sent by the second client; performs charging compliance verification on it; sends the charging compliance verification result to the second client; receives a charging order sent by the second client; and performs data verification; when the data in the charging order is confirmed to be correct through data verification, starts charging mode for charging; after charging is completed, generates a charging bill; and sends it to the second client and the charging management platform of the first operator, and the charging management platform of the first operator and the charging management platform of the second operator complete the charging payment according to the charging bill. The present invention can improve the cross-platform charging efficiency of users and enhance user experience.

The present application relates to a two-way authentication method and device based on the R_LWE cryptographic system, the method includes the following steps: a storage reader generates background query parameters, a first session message, and a second session message, and transmits them to a tag, initiating a first authentication request; the tag receives the first authentication request, and uses a cross-synthesis operation function to verify the first session message and the second session message; if the first authentication request is verified, the tag generates a third session message and a fourth session message, and transmits the third session message and the fourth session message to the storage reader, initiating a second authentication request; the storage reader receives the second authentication request, and uses the current shared key value or the shared key value of the previous round to verify the third session message and the fourth session message; if the second authentication request is verified, the shared key value is updated. The present application has the effect of reducing the amount of calculation to a certain extent and improving the authentication efficiency while ensuring the security of the privacy data information of the radio frequency system.

The invention discloses a medical data infringement detection method and system based on image mapping, and belongs to the field of data security and privacy protection. A trusted execution environment processes medical data of a reporter and medical data of a reported person based on a normal range of a detection index; obtaining a data image of a reporter and a data image of a reported person; the trusted execution environment performs feature extraction on the data image of the reporter and the data image of the reported person to obtain feature sets of the two, performs similarity calculation based on the feature sets of the two to obtain a similarity score, and sends the similarity score to a trusted third party; and the credible third party judges whether infringement behaviors exist between the medical data of the reported person and the medical data of the reporter or not according to comparison of the similarity score and a set threshold value. According to the method, the characteristics which have higher robustness and can better represent different numerical data can be extracted so as to cope with the challenge that the data are modified, and the method has higher accuracy when similarity comparison is carried out.