Application of Digital Signal Processing Technology in Electronic Measuring Instruments

Abstract

With the development of society, digital signal processing technology has been widely used by more and more people to various industries. It is to promote our entire world of information technology development is very favorable, and it can also be the maximum to help people improve the efficiency of working life, so the need to further strengthen its research. In the present situation, digital signal processing technology is the use of electronic equipment to carry out the measurement of the important components of the work, so in the future development process, the need to continue to strengthen the application of digital signal technology for human production and life to provide more the convenience. Based on this paper, the application of digital signal processing technology in the field of electronic measuring instruments is analyzed.

Application and Development of Digital Signal Processing Technology in Modern Engineering

“…As an advanced technology in today's society, the application range of digital signal processing technology continues to expand [1], and its diversity meets the needs of various users. The application of digital signal processing technology in electronic information engineering filters out messy and invalid information, improves signal stability, and improves data processing efficiency.…”

“…In addition, the digital signal communication equipment has the characteristics of integration and miniaturization. It can adopt the multiple-channel mode to replace the larger filter [4], which has the characteristics of small size. Most of the circuits in the equipment are digital circuits, which can be used in large-scale circuits with low power consumption.…”

A Polylobar Nucleus Identifying and Extracting Method for Leukocyte Counting

“…In recent years, with the rapid development of computer science and digital image technology, biomedical image processing technology has emerged as a new interdisciplinary subject [1,2] and has provided a reference for medical diagnosis and biological research [3,4]. Biomedical engineering is closely related to related technologies such as Pattern Recogniton (PR) [5], Digital Image Processing (DIP) [6], Signal Processing (SP) [7], and Artificial Intelligence (AI) [8]. In biomedical imaging, the main technologies include laser microscopy and optical microscopy; in human medical imaging, the main technologies include CT, X-ray imaging, and electrocardiograms [9,10].…”