5results about How to "Verify integrity" patented technology

This invention discloses an archived data access control method based on privacy computing, belonging to the field of archived data privacy computing access control technology. To solve the problem that long-term archived data in holographic media is prone to exposing query objects, access frequency or permission relationships during multi-subject query, authorized reading and auditing processes, this invention achieves the technical effect of reducing the risk of leakage of sensitive usage information under the premise of verifiable access and auditing through the collaborative processing of archived access packages, private information retrieval or anonymous access, zero-knowledge authorization proof, threshold authorization reading capsule and commitment-based audit log.

The invention discloses a data desensitization processing method based on AI. The data desensitization processing method comprises the following steps that 1, multi-modal data preprocessing and sensitive field intelligent identification are carried out; step 2, intelligent matching of a desensitization strategy; 3, performing multi-dimensional verification and self-adaptive optimization on the desensitization effect; according to the method, the sensitive field recognition precision is high, the efficiency is excellent, a recognition framework with the rule engine and the fine-tuning AI model fused is adopted, the rule engine achieves rapid recognition of the high-confidence sensitive field, and the recognition efficiency is improved; the fine-tuning AI model is trained through an industry exclusive sample set, has good industry adaptability, improves the recognition precision in a complex scene, eliminates recognition conflicts in combination with a D-S evidence theory, and has the overall recognition accuracy not lower than 96%, which is significantly superior to that of an existing single recognition method.

This invention proposes an air conditioner comprising: a controller, which includes a first control module and a second control module. The second control module is configured to: retrieve first software version information from a memory when the air conditioner is powered on; verify the first software version information; if the verification of the first software version information fails, retrieve second software version information; determine a second verification formula based on the second software version information; verify the second software version information based on the second verification formula; and if the verification is successful, store the second software version information in the memory to replace the first software version information. This invention can verify the second software version information based on a specific formula and store it in memory upon successful verification, thereby ensuring the consistency of the checksum in the memory without increasing costs, avoiding problems caused by changes in the checksum in the memory, and improving the reliability of the air conditioner.

The application relates to the technical field of power system safety monitoring, and discloses a power monitoring safety protection control system and method, which comprises a master station safety controller, a terminal safety verification unit and a safety verification channel; the master station safety controller responds to a control instruction of a monitoring master station, performs foresight simulation on the instruction, and generates a verification data packet containing a physical state expected vector; the terminal safety verification unit receives an original control instruction and the verification data packet, and performs cooperative arbitration; the cooperative arbitration process comprises: the terminal safety verification unit performs localized consequence simulation based on a built-in local physical micro model, generates a local predicted state vector, and compares the vector with the physical state expected vector issued by the master station; according to the comparison result, the terminal safety verification unit generates and executes a permission or blocking decision on the control instruction. Through the physical layer cooperative verification of the master station and the terminal, the application effectively protects malicious control instructions which have physical hazards on the power system.

The application provides a dynamic tool integration method and system of an intent-driven AI conversation system, comprising the following steps: S5, according to a state persistence record, extracting resource occupation information from a transaction log, performing resource release on each heterogeneous component, cleaning up a temporary context, and obtaining a released resource list; S6, according to the released resource list, retrieving a breakpoint state snapshot and a transaction log from a distributed database, reconstructing a tool chain execution flow history state, and obtaining a fault context analysis result; and S8, according to a context recovery state and a semantic feature vector, updating a tool chain execution flow, re-distributing computing resources through a heterogeneous component coordination mechanism, and obtaining a task continuity confirmation result. The application significantly improves the recovery efficiency and resource utilization rate of the tool chain under an abnormal scenario, and guarantees the task continuity and system robustness under a high-concurrency environment.