Research on Intelligent Balance Mechanism between Real-Time and Security in Unstructured Data Transmission
Jin Honghan, Yi Ding, Tong Donghui, Zhang Lisha, Xin Deng · 2024
This paper focuses on the storage and transmission of unstructured information in the power grid based on ultra-bandwidth technology, aiming to optimize the efficiency of data management in the strong isolation environment of the power Internet region. For unstructured data objects such as pictures, documents, audio/video, etc., this paper deeply analyzes the current challenges in security, transmission quality and real-time, and reveals the transmission bottleneck of data under strong isolation environment. In order to solve these key problems, this paper innovatively designs an unstructured data management platform system that integrates ultra-bandwidth communication and distributed storage technology. The core of the system adopts an efficient data compression and encryption algorithm, combined with the ultra-bandwidth transmission channel, which significantly improves the transmission speed and security of unstructured data. In addition, by introducing the intelligent cache mechanism and dynamic data synchronization strategy, the system can automatically adjust the cache strategy and synchronization frequency according to the network condition and data access mode, and further optimize the real-time and efficiency of data transmission. Model simulation results show that the proposed system can significantly improve the transmission speed and real-time performance of unstructured data based on ensuring data security, especially in the strong isolation environment. By comparing different implementation methods, this paper finds that the scheme combining ultra-bandwidth and intelligent cache mechanism can effectively reduce transmission delay and improve the accuracy of data synchronization when dealing with large-scale unstructured data, which provides a strong technical support for efficient data management in the power Internet region.