4results about How to "Efficient verification" patented technology

The application provides a webpage information verification method and related device, which can be applied to a robot process automation (RPA) platform. The method comprises the following steps: obtaining an original file; extracting to-be-verified information and a query condition corresponding to the to-be-verified information from the original file; querying a webpage according to the query condition to obtain a query result, wherein the query result is used to represent whether the webpage includes the query condition; and when the query result represents that the webpage includes the query condition, determining a verification result of the to-be-verified information according to the to-be-verified information and the query result. According to the to-be-verified information and the query condition extracted from the original file, the RPA platform simulates human operation and interacts with the webpage, webpage information can be safely and efficiently obtained, automatic verification of the webpage information is realized, and the efficiency of webpage information verification is improved.

This invention discloses a decentralized digital identity management method, system, and device, belonging to the field of digital identity management technology. The system includes: a user-end module configured to execute a local trusted processing method for digital identity materials; a credential generation service module, communicatively connected to the user-end module, configured to execute a method for generating verifiable credentials; and a credential verification service module, communicatively connected to the user-end module, configured to verify verifiable credentials. This application protects data privacy through localized processing on the client side, ensures the immutability of credentials through blockchain storage, and automatically generates verifiable credentials using smart contracts. It achieves minimized disclosure of user identity data, reliable traceability of sources, and efficient verification at the verification end, constructing a secure, reliable, efficient, and user-controllable new paradigm for decentralized digital identity authentication.

This invention relates to the field of encrypted transmission and acquisition technology for power trading data, and proposes a method and system for encrypted transmission and acquisition of power trading data. The method includes: obtaining login credentials, creating a singleton instance to initialize a network connection, launching a headless browser to establish a developer tool connection, and obtaining a slider image; inputting the image into a neural collaborative adaptive fusion network, and completing slider verification through neural oscillation synchronization alignment, multi-sensory cortex competitive collaborative evaluation, and prefrontal metacognitive gating fusion; verifying according to the certificate type, injecting a script to input the password for a red certificate, and interactively selecting the certificate and inputting the verification code in a black certificate window; intercepting network requests, parsing the verification results, and generating authorization parameters; and calling the interface to obtain power trading data. This invention achieves an intelligent breakthrough in the multi-security verification mechanism of power trading platforms and enables efficient, stable, and automated acquisition of power trading data.

Embodiments of the present application provide a software verification method and device, a medium and a program product, and relate to the technical field of software engineering. The method comprises: downloading a description file containing verification parameters of a plurality of data blocks, the plurality of data blocks being obtained by block division of to-be-verified software; receiving the plurality of data blocks and, after transmission of any data block is completed, executing an asynchronous verification task on any data block according to the verification parameters in the description file; and in the asynchronous verification task, verifying the plurality of data blocks one by one and recording identification information of a data block that fails verification. Based on the method, the real-time performance and flexibility of the verification process can be improved, the centralized consumption of system resources can be reduced through asynchronous verification logic, and efficient, real-time and error-locatable verification can be achieved.