30results about How to "With privacy protection" patented technology

The embodiment of the invention provides a data processing method, a device, a medium and an electronic device. Acquiring each historical intellectual property information of the target category; Obtaining a target matching degree of the current intellectual property information and the target historical intellectual property information in each historical intellectual property information of thetarget category; Evaluating a target risk level of the current intellectual property information according to the target matching degree. The technical proposal of the embodiment of the invention canautomatically predict the target risk level of the current intellectual property information, so that early warning can be carried out according to the target risk level.

The embodiment of the invention provides a face recognition method and device, a medium and an electronic device, and belongs to the technical field of computers. The method comprises the steps of obtaining a current visible light face image and a current infrared face video of a target object; inputting the current visible light face image into a trained convolutional neural network model based on deep learning, and outputting a first recognition result; obtaining a second recognition result according to the current infrared face video; and obtaining a face recognition result of the target object according to the first recognition result and the second recognition result. According to the technical scheme provided by the embodiment of the invention, the final face recognition result can be obtained by integrating the recognition result of the visible light face image and the recognition result of the infrared face video, and the face recognition accuracy is improved.

The invention discloses a method for controlling the access to a shared component of a leveled partition, wherein, the method does not allow the upper / lower level relations between any two shared components in a network to be circulated; each shared component comprises one or more than one users and one or more than one partitions, the users and the partitions are assigned an integrity level, and the documents are stored in the partitions; particularly, the integrity level is comparable numerals in sequence; and the integrity level of a document can be determined by the partition of the document, and the confidentiality level thereof can be determined by the level of the shared component in the network. The invention provides the shared component of a leveled partition for the construction of a security model, a complex problem can be divided into a few minor problems, therefore, the problems can be solved locally, and the invention has the advantages of decentralized rights and uniform availability, confidentiality and integrity.

The invention belongs to the technical field of information security, and discloses a distributed power transaction credible identity management method and system, and computer equipment. The distributed power transaction credible identity management system comprises an identity registration module, a system role registration module, a voucher issuing module, a storage certificate creation module, a storage certificate verification module, a role updating module and a voucher updating module. Based on the blockchain, distributed identity identification, verifiable declaration, zero-knowledge proof and other technologies, autonomous control of entity (human, machine and object) identities in a distributed scene is achieved, identity security authentication, authorization and data exchange in a privacy protection state are achieved, and a brand-new, safe and efficient distributed authentication system is provided. Meanwhile, the system provides the capabilities of autonomous identity management, agile access, privacy authentication and the like of the distributed heterogeneous entity, the authentication mode is convenient, and the authentication cost is low.

The invention belongs to the field of geological disasters, and particularly relates to a geological disaster risk identification and early warning system based on a block chain. The geological disaster risk identification and early warning system comprises a data layer, a network layer, a consensus layer, a contract layer and an application layer, wherein the network layer is used for constructing a P2P data transmission channel and forming a distributed storage system located at a client node and a block chain taking each functional department as a node; the data layer converts the professional monitoring data of geological disasters and auxiliary early warning data into message digests, generates digital signatures and timestamps, and uploads the digital signatures and the timestamps to the block chain; and the consensus layer and the contract layer are jointly nested in chain codes of a block chain, various standards, specifications, regulations and the like related to the geological disasters are coded into intelligent contracts by adopting a JavaScript language, and formed executable codes are realized through the chain codes. According to the above technical scheme, the problems that time consumed for geological disaster recognition and early warning is long, working efficiency is low, and geological disaster recognition and early warning are not accurate and timely enough in the prior art are solved.

The invention relates to the technical field of light-emitting vehicle sunroofs, in particular to a vehicle sunroof assembly with the light-emitting effect adjusting function. The vehicle sunroof assembly comprises double-layer composite glass, a TFT liquid crystal display screen and a linear light source fixed to the side edge of the TFT liquid crystal display screen. The double-layer composite glass is fixed above the TFT liquid crystal display screen and is hollow glass or vacuum glass. A first transparent conducting layer, a liquid crystal layer, a second transparent conducting layer and inner-layer glass are sequentially stacked on the TFT liquid crystal display screen from top to bottom. The upper surface of the first transparent conducting layer or the lower surface of the second transparent conducting layer is provided with a thin-film transistor. The vehicle sunroof assembly has the beneficial effects that multiple pattern display states are provided, light is even and soft, and meanwhile the dimming, thermal insulation and privacy protection functions and the like are achieved.

The invention relates to the technical field of light-emitting vehicle sunroofs, in particular to a vehicle sunroof assembly with adjustable luminous effect, which includes a double-layer composite glass and a linear light source fixed on the side edge of the double-layer composite glass. The glass is hollow glass or vacuum glass, and the double-layer composite glass includes an upper layer of glass, a closed chamber and a TFT liquid crystal display from top to bottom, and the TFT liquid crystal display includes first transparent substrates stacked in sequence from top to bottom , a first transparent conductive layer, a liquid crystal layer, a second transparent conductive layer and a lower layer of glass, wherein a thin film transistor is provided on the upper surface of the first transparent conductive layer or the lower surface of the second transparent conductive layer. The advantages are: it has various pattern display states, the light is uniform and soft, and it also has functions such as dimming, heat insulation, and privacy protection.

The invention discloses a digital forensics method based on blockchain privacy protection and fine-grained access control. The first supervisor creates a digital forensics transaction, initiates a digital forensics transaction request to the second supervisor, and transmits important information of the digital forensics transaction to the second supervisor. Two regulators; the second regulator generates attribute encryption intermediate parameters through the encryption module, and authorizes and publishes them in the blockchain; after the first regulator is authorized, it obtains the shard key from the key management institution module through the authorization information, and Combine the fragmentation keys to generate a decryption key, and the data acquisition module collects data in the storage system through the decryption key; the first supervisor analyzes the data after collecting the data, and obtains the data analysis results; then generates a digital report for forensics, and the forensics is completed ; The present invention utilizes the potential of blockchain and smart contracts, and designs encryption primitives to build a blockchain-based Internet of Vehicles digital forensics solution, which has auditability, privacy protection and fine-grained data access control.

The invention discloses an in-vehicle network credit priority task unloading method based on federated learning. The method comprises the following steps: 1) an EC and a CV respectively send own position information and available resource information to a CC; wherein the EC is an edge cloud server, the CV is a vehicle in a vehicle network, and the CC is a cloud center; (2) when the CV needs to perform task unloading, task unloading information is sent to the DC; wherein the DC is a decision center in the vehicle network; 3) for the current batch of unloading tasks to be processed, the DC obtains the reputation value of each CV sending the unloading tasks from the CC; then, according to the credit value, setting the processing priority of each unloading task, preferentially making a task unloading decision for the unloading task with the high processing priority, and sending the task unloading decision to the corresponding EC and CV; wherein the CC calculates the reputation value of the corresponding CV according to the behavior information of the CV. According to the invention, the reputation value is used in the task unloading decision, so that the decision performance is improved.

The embodiment of the invention provides a voice recognizing method and a voice recognizing device based on a block chain, a medium and an electronic device. The voice recognizing method based on theblock chain comprises the following steps: storing labelled historical voice data in the block chain; and if a new block of the current voice information is generated in the block chain, triggering anacoustic model and a linguistic model finishing through training to recognize the current voice information, and outputting the current text information corresponding to the current voice information, wherein the acoustic model and the linguistic model are obtained through training by adopting the historical voice data labelled in the block chain. According to the technical scheme of the embodiment of the invention, the voice data of the user is stored by adopting the block chain technology, and the recognition for the current novice is carried out based on the stored historical voice data.

Embodiments of the present invention provide a block chain-based identity recognition management method, device, medium, and electronic equipment. The block chain-based identity recognition management method includes: storing historical hand vein images of historical objects in the block chain ; If the block chain generates a new block of the current hand vein image of the current object, trigger identification of whether there is a target object in the historical object that is the same object as the current object; if the current object and the target object If they are the same subject, then acquire the target back vein image of the target subject from the historical back vein images; if the current back vein image is consistent with the target back vein image, then send verification information. The technical solution of the embodiment of the present invention can use blockchain technology to store the user's back vein image, and can perform identity recognition management based on the stored hand vein image.

The invention discloses a method for controlling the access to a shared component of a leveled partition, wherein, the method does not allow the upper / lower level relations between any two shared components in a network to be circulated; each shared component comprises one or more than one users and one or more than one partitions, the users and the partitions are assigned an integrity level, andthe documents are stored in the partitions; particularly, the integrity level is comparable numerals in sequence; and the integrity level of a document can be determined by the partition of the document, and the confidentiality level thereof can be determined by the level of the shared component in the network. The invention provides the shared component of a leveled partition for the constructionof a security model, a complex problem can be divided into a few minor problems, therefore, the problems can be solved locally, and the invention has the advantages of decentralized rights and uniform availability, confidentiality and integrity.

The invention relates to the technical field of light-emitting vehicle sunroofs, in particular to a vehicle sunroof assembly with adjustable luminous effects, which includes a double-layer composite glass, an inner glass, and a liquid crystal adjustable panel fixed between the double-layer composite glass and the inner glass. Light film and a linear light source fixed on the side edge of the inner glass, the double-layer composite glass is located above the inner glass, the double-layer composite glass is hollow glass or vacuum glass, and the liquid crystal panel The light film includes a first transparent conductive layer, a liquid crystal layer and a second transparent conductive layer stacked in sequence from top to bottom. The advantages are: it has various pattern display states, the light is uniform and soft, and it also has functions such as dimming, heat insulation, and privacy protection.

The invention relates to the technical field of light-emitting vehicle sunroofs, in particular to a vehicle sunroof assembly with adjustable luminous effect, which includes a double-layer composite glass and a linear light source fixed on the side edge of the double-layer composite glass. The glass is hollow glass or vacuum glass. The double-layer composite glass includes an upper glass, a closed chamber and a lower glass from top to bottom. The upper surface of the lower glass is provided with a liquid crystal dimming film, and the liquid crystal dimming film From top to bottom, it includes a first transparent substrate, a first transparent conductive layer, a liquid crystal layer and a second transparent conductive layer stacked in sequence. The advantages are: it has various pattern display states, the light is uniform and soft, and it also has functions such as dimming, heat insulation, and privacy protection.

The invention provides a method for preparing a smart window, the smart window includes a smart window based on passive matrix organic light emitting diodes and a smart window based on active matrix organic light emitting diodes, comprising: an anode deposition step, a substrate pattern making step, organic material evaporation Plating steps, electron injection layer manufacturing steps, cathode manufacturing steps, protective layer manufacturing steps, planarization layer and liquid crystal scanning electrode manufacturing steps, liquid crystal control unit manufacturing steps, liquid crystal filling steps, packaging steps. The present invention fills a specific liquid crystal material between the transparent OLED cathode and the back cover, which can not only reduce the loss of total reflection on the light-emitting surface of the OLED cathode, but also realize the free conversion of OLED transmission and reflection through power-on and power-off of the liquid crystal, and achieve intelligent control The purpose of light emission and independent display, so that the prepared smart window has a simple structure, thin thickness, low power consumption, privacy protection, and independent display functions. It has great application potential in many scenarios such as vehicles, shopping malls, and aviation.