28 results about "Security industry" patented technology

The invention relates to a system for realizing financial agent credible authentication based on distributed digital identity, which comprises a base layer, an identity layer, an authority layer and a business layer, and is characterized in that the base layer integrates distributed digital identity authentication service, subscription service and distributed storage service, and constructs a credible collaboration framework covering the whole life cycle; the identity layer is configured with a DID generation module, a DID verification module and a DID query module; the authority layer deploys a VC signing and issuing module, a VC verification module and a digital envelope module; the business layer comprises a client and a server between security institutions, and carries out cross-institution data calling through mutual trust verification and MCP message interaction. According to the system for realizing the credible authentication of the financial agent based on the distributed digital identity, through the fusion innovation of the distributed digital identity, the verifiable certificate and the block chain technology, the decentralization of identity authentication, the dynamic authority management and the full link of auditing and tracing are realized in a security industry agent cooperation scene.

1. The name of the design product: intelligent server. 2. The use of the design product: the design product is used in high-performance computing, intelligent analysis and security industry applications. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view 1.

The invention relates to the technical field of low-code platforms, and provides a low-code process generation method based on an AI large model, and the method comprises the steps: S1, obtaining a business demand description text through a natural language interaction interface; s2, inputting the business demand description text into the trained AI large model, training the AI large model based on the security industry historical process data, and outputting a Markdown format intermediate file comprising a form definition module and a process definition module; s3, analyzing the Markdown intermediate file through a format conversion program, and generating a process configuration file conforming to a target low-code platform specification; and S4, deploying the process configuration file to a self-developed low-code platform, and generating an executable business process application. According to the method, prototype design of a form and a process is converted into a format which can be identified by a low-code platform and is imported, and finally a formal annual authorization entrusting process is generated, so that digital and automatic management of the business process is realized.

The invention relates to the technical field of safety information intelligent processing, in particular to a robot question and answer service method and system based on safety industry information source data. The mixed information source collection strategy comprises collection of public internet data through an intelligent crawler, butt joint of closed information source data through an authorization interface and capture of regional real-time data through a localized edge node, and collection frequency is dynamically adjusted based on an information source type and event emergency degree; and carrying out real-time processing on the acquired data by adopting a stream processing framework, wherein entity extraction and format standardization are carried out on unstructured data. According to the method and the device, the global security domain data is acquired by adopting a mixed information source acquisition strategy, and the acquisition frequency is dynamically adjusted, so that the problem that information blind areas or lagging exist in question and answer responses due to the fact that traditional robot question and answer services mostly adopt single information source or fixed frequency acquisition is solved.

The invention discloses a risk assessment method for the public security industry, and belongs to the technical field of public security management. The method is cyclically executed in a preset time period, and comprises the following steps of: constructing a multi-dimensional dynamic risk map: gridding an activity site, converging multi-source real-time data associated with geographic grids, and calculating a basic risk value of each grid through a multi-factor risk contribution model; a risk exposure degree deduction step: acquiring a real-time police force position, calculating a police force response delay index of each grid, and performing coupling calculation to obtain a risk exposure degree index of each grid; and a police scheduling suggestion generation step of generating a police scheduling suggestion aiming at minimizing the total risk exposure degree of the whole field through a resource optimization allocation algorithm based on the risk exposure degree index. The technical problem that in the prior art, risk assessment and police dispatching are separated from each other, and on-site dynamic changes cannot be handled is solved.

1. The name of this design product: Desktop fingerprint scanner. 2. Application of this design product: Applied to the security industry, a fingerprint collector placed on the desktop. 3. The key point of the design of this product lies in its shape. 4. The picture or photo that best illustrates the design points: three-dimensional picture.

The invention relates to a novel security industry data resource analysis method, and belongs to the technical field of security, efficient processing and intelligent decision making of security data are realized through an end-side cloud cooperation architecture, real-time target detection is performed through deploying a lightweight YOLOv8 model through an edge end, and preliminary anomaly recognition is completed; an LSTM neural network is trained on the cloud platform based on historical alarm data, and high-risk area prediction in the next 24 hours is realized; a DBSCAN clustering algorithm is combined to carry out spatial correlation analysis on the personnel trajectory, and a suspicious gang is automatically identified; and finally, an entity relation network is constructed through the knowledge graph, and cross-system event reasoning is supported. According to the technical combination, the system has the capabilities of full space-time coverage, full factor fusion and full process intelligence, a closed-loop safety prevention and control system is formed, and the automation level and the actual combat capability of the security and protection system are effectively improved.

A target detection method and device, electronic equipment and storage medium are disclosed. The method comprises: processing a to-be-detected image to obtain a plurality of scale features; fusing the plurality of scale features to generate a fused feature map corresponding to a target scale feature; inputting the fused feature map into a prediction network model to obtain a width-height feature map, a category feature map, a center point deviation feature map and a target background feature map; wherein the prediction network model comprises a first branch, a second branch, a third branch and a fourth branch; determining a plurality of target detection boxes corresponding to the width-height feature map, the category feature map, the center point deviation feature map and the target background feature map; and determining a detection result of the to-be-detected image according to the plurality of target detection boxes. This makes the categories of different targets compete with each other, improves the accuracy of detection in the security industry, and avoids false detection of the background.

The invention discloses an AI native intelligent central operating system based on reinforcement learning, and relates to the technical field of reinforcement learning, and the AI native intelligent central operating system comprises the steps: determining a corresponding regulation action based on a preset business target and state representation; according to the invention, the plurality of sub-regulation items are determined based on the recognition of the regulation action, and the quantitative execution is carried out along each sub-regulation item, so that the change information of the regulated key performance indicator is predicted, and the accuracy of the change information of the regulated key performance indicator is improved. Determining a corresponding reward value according to the identification of the change information of the key performance indicator; determining to-be-optimized content according to reinforcement learning of the reward value; according to the method, each optimized sub-regulation item is determined according to the matching of the to-be-optimized content and each sub-regulation item, and the final operation content of the security industry AI native intelligent center is constructed in combination with the action constraint relationship of the security database, so that the accuracy of the final operation content of the security industry AI native intelligent center is improved.

The invention discloses a dynamic capacity expansion scheduling method, device and system for a security industry large model, and belongs to the technical field of security industry and large model capacity expansion, and the method specifically comprises the steps that a large model management platform sends a state calculation request carrying a copy resource demand to a node; the node calculates a time sensitive state score based on the real-time time sensitive parameter and replies the time sensitive state score; and the large model management platform calculates and ranks the final state scores of the nodes in combination with the scores replied by the nodes and the non-time sensitive parameters, and selects the optimal node for scheduling. The method effectively solves the problems of insufficient real-time performance of node parameters, low scheduling decision accuracy and high scheduling delay of a central platform in the prior art, and is particularly suitable for dynamic resource scheduling of large model applications such as real-time research report generation, intelligent customer service and abnormal transaction monitoring in the security industry.

The embodiments described herein include rapid change vertical shore used in the trench safety industry. Particular embodiments facilitate a rapid change between a single cylinder vertical shore and a double cylinder vertical shore.

The application discloses a securities industry large model factor mining and back testing method based on a Xinyuan executable environment, relates to the technical field of big data, and utilizes a large language model to identify a transaction factor from a financial research report and extract description information of the transaction factor; utilizes code generation to generate a large model to generate factor calculation code for the identified transaction factor; utilizes the factor calculation code and historical data in a historical market database to back test the transaction factor to obtain a factor value, utilizes a preset strategy testing method to evaluate the transaction factor based on the factor value to obtain an evaluation index for evaluating effectiveness of the transaction factor, and displays the transaction factor and the evaluation index through a visual interface on a client. The powerful natural language understanding capability and code generation capability of the large model realize automatic mining and back testing of the transaction factor in the research report, improve efficiency and accuracy of factor positioning, and automatically generate the factor calculation code, so that the back testing process is automated.

The invention belongs to the technical field of data processing, and particularly discloses a method for constructing a public safety industry knowledge base based on a large model, and the method comprises the following steps: firstly, obtaining data through an internal system and an external public channel of a public safety organ; cleaning and preliminarily integrating the collected data; then extracting entities, entity relationships and entity attributes from the cleaned and integrated data, and outputting a knowledge triple table; the extracted knowledge is fused; and finally, storing the fused clean knowledge into an internal table, and synchronizing the knowledge in the internal table to the GDB to form the public safety industry knowledge base. By means of data collection, data preprocessing, knowledge extraction and knowledge fusion and conflict resolution, public safety industry data storage and knowledge base construction are achieved, and the problems that due to the fact that public safety system data are dispersed in different service systems and are different in format, the data are difficult to achieve efficient integration and utilization, and the system reliability is poor are solved. Therefore, the working efficiency is influenced.

The present invention relates to a source code tracing method, which includes the following steps: establishing a standardized vulnerability knowledge base by crawling, obtaining open source code that meets the specifications, and storing the open source code results after preprocessing; building a Neo4j graph database; and performing business processing. Thus, based on the graph library association relationship between the content hash value of the source code and the directory hash value, the detection speed can be improved. The full-scale problem of detection through binary file and file collision is solved, and the speed is increased by more than 10 times, thereby providing engine support for further open source software supply chain security detection. Through multi-dimensional clustering, it is possible to distinguish whether a certain module or its subclass is used based on the calculated result score, and solve the problem of inaccurate supply chain detection results caused by the inclusion relationship between open source project modules. It can provide more accurate open source projects and versions, so that vulnerability detection in the software industry security industry can be more accurate.

The present application relates to a method for constructing a multimodal large model of the securities industry in an ICT executable environment, comprising: a first agent module and a second agent module, based on long-term memory and short-term memory obtained from a memory module, conduct a game between the first analysis result and the second analysis result obtained after analyzing the same task; if the first agent module and the second agent module fail to reach an agreement after the game, the third agent module performs weighted processing on the opinions discussed by the first agent module and the second agent module based on preset weights to obtain a game result; the third agent module generates an initial solution based on the task to be gambled, and obtains suggestions for the initial solution from the first agent module and the second agent module, and based on the received suggestions for the initial solution, performs adjustment analysis based on the game result to obtain a decision result.

The invention relates to the technical field of safety protection, in particular to a security integrated command and dispatch platform system. Various data such as monitoring videos and real-time personnel positioning are integrated, data sharing and cooperative processing are realized through a software architecture, and a data island is broken; by applying artificial intelligence and big data analysis technologies, various security events are predicted and analyzed, and a scientific basis is provided for command decision making; various events in the security industry are monitored in real time, early warning rules are set, problems are found in time, and early warning is triggered, so that disposal measures are taken quickly; unified commanding is carried out on the security unit and the resident unit, efficient resource allocation and cooperative combat are achieved, and the emergency response speed is increased; various types of data are presented in a visual mode, such as electronic map labeling and tree diagram display, so that a command decision maker is assisted to intuitively understand the situation and make a decision. The system has the advantages of being easy to install and maintain, stable, reliable and capable of guaranteeing stable operation.

The invention discloses a network convergence-oriented AI-driven heterogeneous cooperative system and a data processing method. The network convergence-oriented AI-driven heterogeneous cooperative system comprises a routing control board card, an AI computing board card, a security board card, an internal and external network synchronous protection module, a software system and a high-speed interconnection bus. Through deep integration of hardware and software, intelligent, secure and highly reliable control of a data transmission process is realized. The system can complete intelligent link management, dynamic encryption protection, service priority scheduling and real-time data synchronization through multi-computing-power cooperation and multi-network fusion in a diversified environment so as to support high-security industry communication scenes of future railways / low altitude / satellites and the like.

The present invention discloses a printing system with embossed printing and its process for security material and anti-counterfeit documents, in the printing of anti-counterfeit securities, various security features are used to increase security. The most important security element feature of security documents is embossed printing. Current technology has limitations in terms of durability, quality and number of colors in intaglio embossed printing. In addition, the equipment related to the security industry is large and expensive. In the present invention, a system for creating various security features in securities is introduced, in which a process including embossed printing is introduced into an integrated device. The current innovation not only eliminates the above-mentioned limitations of traditional printing plates, but also makes it possible to print low-quantity or low-issued documents and significantly reduces printing costs.

The invention provides a navigation mark collision identification method, system and device and a medium, and the method comprises the steps: obtaining navigation mark sample data, determining a target water area of navigation mark collision to be identified according to the navigation mark sample data, and arranging a navigation mark monitoring local area network in the target water area, the navigation mark monitoring local area network comprises an edge calculation terminal and a plurality of edge nodes, the edge nodes are adjacently arranged according to the monitoring radius, the collision probability is predicted based on the position information of the ship and the navigation mark position data, and when the collision probability is larger than a preset threshold value, it is judged that navigation mark collision is about to occur and feedback is carried out, so that the edge computing terminal sends alarm information to the ship; according to the method, the problems that the coastal navigation mark is collided late, a hit-and-run ship is difficult to find, right protection evidence is lacked and the like are solved, the labor cost is saved, the data safety is higher, and the method has important significance for maintaining the maritime traffic safety and guaranteeing the high-quality development of the navigation guarantee career.

The present application relates to the technical field of terminal equipment management and control, in particular to a terminal equipment management and control method based on public key certificate, the present application unifies a security model, is based on domestic and foreign general technical standards of security industry, is irrelevant with business rules, and the system is more efficient, unauthorized terminal equipment is rejected in the network protocol kernel level service, in addition, the safety factor is higher, and terminal management and control platform equipment certificate acquisition needs to pass the only path of self-research trusted authentication SDK of the office, and trusted authentication SDK acquisition needs to go through the relevant authorization approval process. The security protection of the kernel level can effectively prevent system infection risk, and finally supports domestic signal creation, which is based on large number decomposition inverse module operation or elliptic curve encryption algorithm, and the present application is not limited, and the signal creation environment can be flexibly selected and customized according to actual business requirements.

The invention discloses a testing method and device for a securities industry transaction system in the technical field of financial software testing. Interface full coverage, comparison capability enhancement and transaction full-link closed loop are achieved through full simulation, full-link log backtracking and data comparison testing. Comprising the steps of obtaining and analyzing a request message and a response log of a production interface layer, identifying a transaction interface dependency relationship and performing static binding, constructing serial and parallel playback scenes, dynamically replacing response content, judging a message processing state in real time, performing linkage playback on an offer behavior log, and comparing response differences of a baseline environment and an upgrade environment. And comparing the data difference between the test environment and the production environment table. According to the method and the system, a test mode with more simulation, higher interface coverage rate and more complete link coverage can be obtained when a security transaction system test is carried out, faults introduced by version upgrading can be more effectively found, and high requirements of the security industry on a core service system are met.

1. The name of this design product: vibration sensor. 2. Application of this product: It is used in the security industry as a detector for detecting vibration signals. 3. The key point of the design of this product lies in its shape. 4. The picture or photo that best illustrates the design points: three-dimensional picture.

The application discloses a WeChat group public opinion on electricity rapid screening, marking and closed-loop treatment method and system based on RPA and AI image recognition, and belongs to the field of information technology and industrial automation. The method comprises the following steps: automatically collecting multimedia messages of WeChat groups through RPA robots; performing image character recognition and conversion by using a locally deployed OCR engine; performing rapid screening and false alarm elimination based on a pre-set domain sensitive word library and an associated non-sensitive word library; performing risk level determination and visual marking on the screening result; finally, generating a standardized work order and automatically pushing the work order to a business system to form a closed loop. Correspondingly, the system comprises a message collection module, a local recognition module, an intelligent screening engine, a hierarchical marking module and a work order pushing module. The core innovation of the application lies in that an AI recognition and processing architecture is locally deployed offline, so that data is not externally overflowed in the whole process, and through intelligent screening, structured preprocessing and business coding management, a full-process, automatic and intelligent closed loop from public opinion discovery to work order treatment is realized, and the application is particularly suitable for social group public opinion monitoring and service improvement in high-security industries such as electric power.

The invention relates to a security industry scheduling planning method based on a plan scheduling optimization algorithm, and belongs to the technical field of intelligent manufacturing and production planning. The method comprises the following steps: firstly, acquiring order, resource and production data through an industrial sensor and a manufacturing execution system (MES); and then, an improved genetic algorithm model embedded with exclusive constraints of security and protection production is constructed and trained, the model adopts an order-process-resource three-dimensional coding system, a scheduling scheme is ensured to be compliant through a dynamic punishment mechanism, and an optimization result including a basic scheduling, an emergency plan and a cost suggestion is output. According to the invention, the adaptability and flexibility of production scheduling in the security industry are effectively realized, and the production efficiency, the resource utilization rate and the system reliability are remarkably improved.

The invention relates to the technical field of electric power management, and discloses an electric power safety industry essential analysis data correction method, system and device and a medium, and the method comprises the steps: obtaining electric power essential safety problem data, and analyzing the original root cause of a safety problem; according to the constructed question cue word, inputting the security question and the original root cause into the large model for multi-dimensional analysis of the question, and obtaining thinking chain content in the model analysis process; and mapping the thinking chain content to a vector space through a vector model, obtaining root cause vector data, correcting the original root cause, and obtaining the root cause after the safety problem is corrected. According to the method, a large amount of intrinsic safety analysis data accumulated in the electric power safety industry can be rapidly processed, the data processing speed is improved through automatic thinking chain acquisition and reason matching, problems in the data are found in time and corrected, and therefore the increasing electric power safety data management requirements are met, and the safety of the electric power safety industry is improved. And the safety and reliability of the whole power system are improved.

The invention provides a security industry knowledge query method and system in the technical field of knowledge management in the field of financial science and technology. The method comprises the steps of S1, deploying an expert model, a large language model, a seranker and an embedded model; s2, collecting security industry knowledge and a wrong question set, preprocessing the security industry knowledge, and constructing a knowledge base based on the preprocessed security industry knowledge and the wrong question set; s3, performing segmentation and vectorization coding on each piece of security industry knowledge in the knowledge base to obtain a semantic vector, verifying the semantic vector through an expert model, and storing the knowledge base into a vector database; and S4, recognizing a query intention of the input knowledge query request through the large language model, and retrieving the vector database based on the query intention through the embedded model to obtain a knowledge query result. The security industry knowledge query method has the advantages that the security industry knowledge query convenience and efficiency are greatly improved, and then the utilization rate of the security industry knowledge is greatly improved.

The present application relates to a large language model multi-agent system for the securities industry in an ICT executable environment, the system comprising: a first agent module and a second agent module, based on memory data obtained from a memory module, conduct a game on a first analysis result and a second analysis result obtained after analyzing the same task to obtain a game result, wherein at least one agent module obtains events corresponding to different times from the memory module for game based on the index time and the event occurrence time corresponding to the data stored in the memory module; or, at least one agent module obtains memory data whose importance ranking reaches a preset threshold from the memory module, and conducts game based on the obtained memory data; the third agent module performs adjustment analysis based on the game result to obtain a decision result, wherein the third agent module is a high-level agent module with a higher level than the first agent module and the second agent module.