5 results about "Internet appliance" patented technology

The application is suitable for the technical field of internet equipment, and provides an industrial internet equipment intelligent interconnection control method and system based on edge computing, acquires industrial internet equipment control basic information, and establishes an equipment basic information table through the basic information; collects own operation state parameters through the basic information table and sends the operation state parameters to an edge computing node to comprehensively judge the operation state of the internet equipment; if it is judged that the collaborative control requirement is met, the edge computing node selects a collaborative control strategy according to the judgment result, compares the equipment load with a load threshold value; when an equipment exception is detected, the control state and execution result during the exception period are synchronized to a cloud end management node, the control instruction transmission time delay and the occurrence probability of multi-equipment collaborative control conflict are effectively reduced, and the control real-time performance, stability and reliability of the industrial internet equipment in a complex operation environment are improved.

This invention discloses an internet asset management method, relating to the fields of device operation and maintenance and asset management. The method includes: acquiring policy information of each internet device and configuring topology nodes according to the policy information of each internet device; wherein, the topology nodes include device nodes that perform address port translation operations and asset nodes that provide external services; configuring topology edges according to the policy information of the device nodes; wherein, the topology edges include translation edges describing address port mapping relationships and attribution edges describing the subordinate relationships between device nodes and asset nodes; and generating an asset link topology through a graph database based on the device nodes, asset nodes, translation edges, and attribution edges. The technical solution of this invention not only realizes automated operation and maintenance of internet assets, improving the security and operational efficiency of internet assets, but also optimizes the network resource management process, ensuring the timeliness of internet asset management.

This invention provides a position-dependent secure information transmission method based on visible polarized light interference, belonging to the field of internet device information transmission technology. It involves receiving incident spectra with different spectral characteristics at different locations; recording the correspondence between the incident spectrum and the received spectrum related to the receiving location; selecting an encoding method based on the correspondence, enabling authorized devices to successfully decode information transmitted through the selected encoding method, until the bit error rate of the 0 / 1 sequence received by unauthorized devices is maximized; and achieving secure directional information transmission based on the selected encoding method. This invention utilizes the fact that devices in different locations receive different light signals, increasing the difficulty for eavesdroppers and improving security. Through data analysis, a unique encoding method is designed, making it difficult for eavesdroppers to decode the correct information even if they receive the light signal.

This invention discloses an AI-based multi-Internet device access authentication system, comprising an access device environment perception and preliminary judgment module, a multi-Internet device differentiated review module, a multi-segment key generation and bidirectional verification module, an access device credibility dynamic assessment and authorization module, a session key data security execution module, and an intelligent authentication data control module. By actively probing the network identifier multi-dimensional information of Internet devices, and based on the intelligent LAN scenario perception of different Internet devices, it triggers standard and enhanced review processes for Internet devices respectively. A three-segment key system including reminder, repetition, and verification functions is designed for multi-strategy verification, establishing a secure communication link. A multi-weighted evaluation model is constructed to integrate the credibility score output by the multi-dimensional features of the devices, dynamically determining the key authorization duration. This constructs a closed-loop security authentication system for multi-Internet devices, enabling intelligent scenario recognition, dynamic risk assessment, and refined authorization.

The application provides an execution method, device, equipment, medium and program product of a processing task. The method comprises the following steps: a computing power center comprises an agent program and a scheduling platform. The computing power center obtains a processing request through the agent program; the processing request comprises a processing task and a target user identifier; the processing request is sent by an application programming interface (API) of a terminal device calling the agent program; the computing power center verifies the target user identifier through the agent program to obtain a verification result; the computing power center calls an API of the scheduling platform to send the processing task to the scheduling platform in the case that the verification result indicates that the target user identifier is a user identifier allocated by a supercomputing internet device; and the computing power center executes the processing task through the scheduling platform to obtain a task execution result. The method improves the resource utilization rate of the computing power center.