Abstract
The traditional digital signal processing technology in electronic information engineering has many issues, such as redundant data, low data utilization and so on. To end these issues, this paper proposed a new digital signal processing technology based on distributed cloud computing in electronic information engineering. From the data collection, data analysis, data classification, data mining, effective information storage and other aspects of conventional digital signal, through relying on distributed cloud computing method and intelligent gradient tracking algorithms to achieve efficient processing of digital signal, Proportional Integral Derivative (PID) control strategy is used to evaluate the intelligence degree of each link in the digital signal processing technology. This method can realize the adaptive regulation of data collection and storage in the process of digital signal processing, and realize diversified analysis and intelligent matching. Through the distributed cloud computing to achieve the rapid control of the system storage module, so that the database can improve the work efficiency, reduce the power consumption cost of the system in the process of data operation, and improve the efficiency of digital signal processing. The experimental results show that the digital signal processing system based on distributed cloud computing and intelligent gradient tracking algorithms has the advantages of high computing efficiency, high accuracy and good stability. 1. Introduction
At present, most of the electronic information engineering related enterprises have problems of low efficiency in the process of collecting and storing digital signal data generated daily. The main reason is that the underlying calculation methods and calculation strategies are difficult to achieve major breakthroughs [1]. With the development of intelligent technology, digital signal processing technology and distributed cloud computing technology have also been rapidly developed and constructed, and in the processing of massive digital signal data, the advantages of distributed cloud computing have become more obvious. They also provide opportunities to improve the big data collection and storage technology. Efficiency and effective data extraction have become important indicators for judging the advanced level of big data analysis systems [2]. Therefore, how to establish an efficient and intelligent digital signal processing system through distributed cloud computing technology has become an important development in the future [3].
5. Conclusion
The common digital signal processing methods have the issues of poor collection effect and slow storage speed. To end these issues, this paper proposed a new digital signal processing system based on distributed cloud computing and intelligent gradient tracking algorithms. This paper selects four characteristic parameters related to the efficiency of digital signal processing and effective data analysis, and designs a digital signal processing system with high efficiency and high intelligence. The system can realize the unified management of massive data sources, and realize the analysis of local differences between dynamic data according to the solving objectives and screening rules in the process of distributed cloud computing, Then intelligent gradient tracking algorithms is used for intelligent regulation to realize feedback regulation and intelligent control of digital signal processing system. Finally, the experimental results show that the digital signal processing system based on distributed cloud computing and intelligent gradient tracking algorithms has the advantages of high collection speed, fast storage speed and fast response, which can play an effective role in the development and utilization of digital signal data in the field of electronic information engineering. However, this study only considers the analysis speed and processing efficiency, and does not consider the security optimization in the process of data processing, so it can be further optimized.
