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Research on Mobile Medical Electronic Information Processing Module Based on ARM

Author: YuanFeng
Tutor: ZhangHongTao
School: Hubei University of Technology
Course: Control Theory and Control Engineering
Keywords: Medical Electronics Embedded Systems ARM9 LINUX GPRS
CLC: TP399-C8
Type: Master's thesis
Year: 2011
Downloads: 70
Quote: 1
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Abstract


With the continuous improvement of people's living standards, their own health also began to frequent the red light. Authoritative survey shows that in the surveyed population, only 3% of the people in a healthy state, 97% of the people in the illness and sub-health state, the incidence of malignant disease is increasing year by year. Cardiovascular disease, for example, known as the number one hazard to human health time bomb, its early symptoms are not obvious, once the outbreak of the hazards that can not be imagined. This makes people want to keep abreast of the continuous improvement in the demand for medical services, physical health, and early diagnosis of potentially dangerous for the prevention and treatment of various diseases for their time. Gave birth to what the above factors, the development and growth of the medical electronics industry. Medical electronics products are generally stable, simple operation, small size, low price, and many other features, especially suitable for the popularization and application of home health care. Homes will be able to truly comprehensive understanding of their own health, but also helps doctors to understand their health condition in a timely manner. Mobile medical electronic products are the most optimistic about the market, embedded technology has become more sophisticated, mobile medical electronic products will become the main platform for embedded systems. This module uses ARM9 family microprocessor as the core, and Linux-based operating system, the processing of human blood pressure parameters, for example, explains how to design a universal information processing module, it is suitable for processing different physiological information of mobile medical electronic systems. This paper specific analysis of the module's hardware platform design, which dealt primarily with the following method: transplant bootloader based embedded hardware platform, the Linux system kernel porting, driver design and development, application design, the GPRS wireless communication achieve. The information processing module, can readily detect the body's blood pressure and monitored physiological parameters to be promptly reported to the remote medical service center, the establishment of electronic medical records for medical experts timely analysis and diagnosis of the disease, truly in prevention first place. This module integrates a variety of peripheral interfaces, a very favorable multifunction system integration. With the continuous development of medical services, digital, portable, and information technology is the development trend of the future medical services industry. The information processing module has a broad market space, ideal for people's daily home health care applications, the popularity of the community health care, and after telemedicine, shared development vision for advanced medical services.

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