Abstract

To transmit information quickly and accurately and improve work efficiency, reduced instruction set computer (RISC) processors and technologies related to advanced RISC machines (ARM) were applied. The design of an intelligent wireless communication module based on ARM was completed using the wireless communication module for wireless communication, wireless control, wireless meter reading, industrial data acquisition, and other applications. Results showed that the designed smart wireless communication module had certain feasibility. In life communication, the transmission and reception of information were completed quickly and intelligently. This feature expanded the geographical scope of application and enhanced the expansion. Therefore, the smart wireless communication module has the advantages of accuracy, high efficiency, and humanization. Its utilization can bring convenience in people’s lives and communication.

Highlights

  • Wired data communication often encounters various problems, such as difficulty in wiring the site environment, cumbersome mining of cable trenches, and inability to connect and expand new modules

  • The design of intelligent wireless communication modules based on advanced reduced instruction set computer machine (ARM) has become an inevitable trend of development

  • The ARM processor has three major features: low power, 16-bit/32-bit dual instruction set, and numerous partners. This technology is applied to smart wireless communication modules, which is favored by increasing number of companies and people

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Summary

Introduction

Wired data communication often encounters various problems, such as difficulty in wiring the site environment, cumbersome mining of cable trenches, and inability to connect and expand new modules. The wireless communication module is an effective choice among many solutions. This module is mainly composed of a transmitter, a receiver, and a controller. The design of intelligent wireless communication modules based on ARM has become an inevitable trend of development. Since the establishment of electromagnetic field theory in the 19th century, people have slowly entered the field of wireless communications. The 21st century is a critical period for the development of smart wireless communication modules. Wireless communication modules are widely used in various fields. The wireless communication module has adapted to the development of society and the needs of people’s lives. Additional intelligent wireless communication modules can be designed using ARM

State of the art
Hardware design
Boot loader transplantation
Linux kernel transplantation and root file system production
Embedded Linux
System design
Software design
Process of software design
System debugging
Conclusions
Full Text
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