China Mobile Internet files patent for "Document Processing Method, Device, and Electronic Device" to enhance blockchain document transmission efficiency

China Mobile Internet files patent for "Document Processing Method, Device, and Electronic Device" to enhance blockchain document transmission efficiencyOn December 2nd, 2024, the State Intellectual Property Office of China revealed that China Mobile Internet Co., Ltd

China Mobile Internet files patent for "Document Processing Method, Device, and Electronic Device" to enhance blockchain document transmission efficiency

On December 2nd, 2024, the State Intellectual Property Office of China revealed that China Mobile Internet Co., Ltd. submitted a patent application titled "Document Processing Method, Device, and Electronic Device," with publication number CN119052255A and an application date of August 2024. This patent aims to improve the efficiency and reliability of document transmission on blockchain networks, particularly innovating the handling mechanism for abnormal nodes.

The patent abstract details the methods, devices, and electronic equipment involved. The core lies in real-time monitoring and comparison of node transmission rates to effectively identify and handle abnormal nodes in the blockchain network, thereby ensuring the stability and efficiency of document transmission. Specifically, the patented technology includes the following key steps:

First, pre-determine the standard transmission rate for all nodes in the blockchain network. This step is crucial, providing a baseline for subsequent abnormal node identification. The standard transmission rates setting requires comprehensive consideration of network environment, node hardware configuration, and expected document transmission volume to ensure its rationality and effectiveness. A reasonable standard transmission rate ensures efficient transmission while avoiding resource waste due to excessively high rates or reduced efficiency due to excessively low rates.

Second, calculate the real-time transmission rate of each node in the blockchain based on the historical data volume and transmission time. Analyzing historical data provides transmission rate information for each node across different time periods, informing accurate assessment of the node's current status. Using historical data for comparative analysis effectively avoids misjudging node status due to short-term rate anomalies caused by network fluctuations, improving system robustness.

Third, compare the standard transmission rate with the real-time transmission rate to identify and determine abnormal nodes. Comparing the two rate values quickly identifies nodes with transmission rates significantly below the standard value, i.e., abnormal nodes. This step requires setting an appropriate threshold to distinguish between normal rate fluctuations and true anomalies. Threshold design considers factors such as network stability, node hardware performance differences, and fault tolerance.

Fourth, after excluding abnormal nodes, select appropriate processing nodes from the remaining nodes. Processing node selection considers transmission rate, remaining bandwidth, and network distance from the abnormal node. Selecting an appropriate processing node effectively shares the abnormal node's tasks, ensuring smooth document transmission.

Finally, use the selected processing node to replace the abnormal node for document transmission. This step ensures continuous document transmission, preventing interruptions caused by abnormal node failures. By dynamically adjusting node load, this technology effectively improves the overall document transmission efficiency and stability of the blockchain network.

The main innovation of this patented technology lies in its handling mechanism for abnormal nodes. Traditional blockchain networks encountering abnormal nodes often only employ simple discard or retransmission strategies, potentially leading to low or interrupted document transmission efficiency. This patented technology solves this problem by using real-time monitoring, rapid identification, and dynamic replacement, improving system fault tolerance and stability.

Furthermore, this patented technology can be applied to various scenarios requiring highly reliable and efficient document transmission, such as medical image transmission, financial transaction records, and important document archiving. Its advantages in ensuring data security and improving transmission efficiency offer broad application prospects.

As a leading internet operator in China, China Mobile Internet is committed to promoting information technology innovation. This patent application reflects its proactive exploration and technological strength in blockchain technology applications. The mature application of this technology is expected to further promote blockchain technology adoption across various industries, injecting new vitality into the digital economy. The future development and application of this patented technology are worth anticipating.