A method for cross-platform multi-level directory large model data synchronization and management

Abstract

This invention discloses a cross-platform, multi-level directory large model data synchronization and management method. By constructing multi-level independent data directories and combining application-layer synchronization command interception and fixed synchronization order, it achieves orderly and secure cross-platform data synchronization, which can be applied to various large model cross-platform data synchronization management scenarios.

Description

Technical Field

[0001] This invention belongs to the field of application layer control technology for cross-platform data management of large models, specifically a cross-platform multi-level directory data synchronization control method. Background Technology

[0002] Existing cross-platform data synchronization for large models often adopts a hierarchical synchronization architecture, which is prone to technical defects such as cross-directory data overwriting, synchronization conflicts, and data leakage. Furthermore, it is impossible to achieve fixed synchronization order control through multiple peer directories at the pure application layer, making it difficult to meet the usage requirements for secure and stable cross-platform data synchronization. Summary of the Invention

[0003] 3.1 Terminology Definition Multi-level logical directories: peer-to-peer data directories in the application layer that have no hierarchical nesting and no primary-secondary relationship.

[0004] Data synchronization command interception: The application layer's identification, filtering, and blocking of data synchronization requests.

[0005] 3.2 Technical Solution This solution builds a data synchronization security management application module at the application layer of the large model. By dividing the data into multi-level directories, intercepting application layer data synchronization commands, and solidifying the application layer synchronization order, it achieves orderly cross-platform data synchronization from the application layer software logic level, avoiding data overwriting and leakage.

[0006] 3.3 Beneficial Effects 1. It adopts a multi-level directory pure application layer isolation, which does not require modification of hardware architecture, adapts to various cross-platform synchronization scenarios, and greatly improves synchronization stability; 2. The application layer synchronization sequence is fixed, eliminating data backhaul and cross-directory overwriting issues, ensuring a secure and controllable synchronization process; 3. Strong data consistency across multiple platforms, with no risk of data conflicts or data leakage; 4. Highly versatile, it can be directly adapted to various large model platforms without additional customization or modification; 5. The technical solution has not been disclosed in existing technical literature and possesses inventiveness and novelty. Detailed Implementation

[0007] This method operates on the application module for data synchronization security management in the application layer of a large model. The platform pre-builds multiple independent logical directories at the same level, with no direct cross-directory access interface between directories. When cross-platform data synchronization is started, it is executed according to the fixed synchronization order fixed in the application layer, allowing only one-way data transmission and intercepting all data return and cross-directory direct overwrite instructions under the same level directory. After the synchronization process is completed, the data status of each platform is updated uniformly to achieve secure and consistent cross-platform data synchronization.

Claims

1. A method for cross-platform, multi-level directory, large-scale model data synchronization and management, characterized in that, include: (1) Construct multi-level independent data directories for large models. Each directory has no hierarchical nesting and no primary or secondary relationship. Synchronization logic isolation is achieved by intercepting application layer data synchronization instructions. (2) When initiating cross-platform data synchronization, data synchronization is performed according to a fixed synchronization order; (3) Only one-way data transmission is allowed during the synchronization process. Data back transmission and direct overwriting across directories are prohibited.

2. The method according to claim 1, characterized in that, The multi-level independent data directory is a pure application-layer multi-level logical directory and is not related to the underlying hardware storage architecture.

3. The method according to claim 1, characterized in that, The synchronization logic isolation is achieved by intercepting application-layer data synchronization commands.

4. The method according to claim 1, characterized in that, The fixed synchronization sequence is a fixed configuration at the application layer.