Nanjing Tuoheng Unmanned System Research Institute Applies for a Patent on "High-Precision Real-Time Data Acquisition and Analysis Method"

Nanjing Tuoheng Unmanned System Research Institute Applies for a Patent on "High-Precision Real-Time Data Acquisition and Analysis Method"On December 2nd, 2024, the State Intellectual Property Office of China (SIPO) announced that Nanjing Tuoheng Unmanned System Research Institute Co., Ltd

Nanjing Tuoheng Unmanned System Research Institute Applies for a Patent on "High-Precision Real-Time Data Acquisition and Analysis Method"

On December 2nd, 2024, the State Intellectual Property Office of China (SIPO) announced that Nanjing Tuoheng Unmanned System Research Institute Co., Ltd. has applied for a patent entitled "A High-Precision Real-Time Data Acquisition and Analysis Method," with publication number CN119052104A and an application date of July 2024. This patent's core lies in enhancing the precision and real-time capabilities of Internet of Things (IoT) data acquisition and analysis. Its technical solution ingeniously combines a greedy algorithm, blockchain technology, and a real-time data analysis model, offering a novel approach to solving numerous challenges in IoT data processing.

The patent abstract details the method's steps and technical characteristics. First, the method meticulously classifies IoT devices, assigning different weights to different device types. This is achieved using a greedy algorithm, a widely used optimization strategy in computer science that aims to find a global optimum by selecting local optima at each step. In this patent, the greedy algorithm calculates the weights of IoT devices and intelligently deploys edge nodes based on these weights. This dynamic resource allocation strategy improves resource utilization efficiency, prevents waste, and enhances the system's responsiveness to sudden events. Compared to traditional static resource allocation, this dynamic adjustment allows the system to flexibly adapt resource configuration to actual needs, better handling ever-changing application scenarios.

Second, the method cleverly incorporates blockchain technology to ensure data security and integrity. It divides real-time data into fragments, assigning each fragment independent data access permissions. This fragmentation reduces the risk of single points of failure; even if a fragment is lost or damaged, the data system's integrity remains unaffected. Crucially, each data fragment is periodically synchronized with the blockchain, enhancing data security and reliability, and making data acquisition transparent and traceable. The integration of blockchain technology effectively addresses IoT data security and traceability issues, ensuring data authenticity and validity, and providing a reliable foundation for subsequent data analysis. The blockchain's distributed ledger technology records every data update and access, creating a complete data chain for easy source and change tracking, improving transparency and credibility.

Finally, the patent establishes a real-time data analysis model to precisely analyze real-time data collected from IoT devices and the deviation of each data fragment. This model monitors data quality in real-time, identifying and correcting deviations to ensure accurate and reliable analysis results. Through feedback mechanisms, the system continuously learns and optimizes, improving efficiency and precision, and adapting to different application scenarios. The model's creation necessitates training and optimization with substantial historical data and algorithmic models to meet high precision and real-time requirements.

In summary, Nanjing Tuoheng Unmanned System Research Institute's patent application for a "High-Precision Real-Time Data Acquisition and Analysis Method" integrates a greedy algorithm, blockchain technology, and a real-time data analysis model, effectively addressing numerous challenges in IoT data acquisition and analysis, including low resource allocation efficiency, poor data security and reliability, and insufficient data analysis precision. Its innovation lies in the organic combination of advanced technologies to create a complete and efficient data processing system, providing strong technical support for IoT applications. This successful patent application not only marks a significant breakthrough for Nanjing Tuoheng Unmanned System Research Institute in the IoT field but also provides new impetus for the continuous development and innovative application of IoT technologies. Its broad application prospects include smart cities, intelligent transportation, and industrial automation. As IoT technology continues to develop and proliferate, this patent technology will play an increasingly important role in building a more intelligent and efficient society. Its innovative, practical, and forward-looking nature deserves attention and promises to have a significant impact on the future of IoT. The successful application of this technology will effectively drive digital transformation across industries, improving productivity, resource utilization, and generating greater economic and social benefits. It also demonstrates China's strong innovation capacity and technological strength in the IoT field, laying a solid foundation for China's advantageous position in global IoT technology competition.