ABSTRACT
Rapid integration of information technology into health care systems has included the use of highly portable systems-in particular, personal digital assistants (PDAs). With their large built-in memories, fast processors, wireless connectivity, multimedia capacity, and large library of applications, PDAs have been widely adopted by physicians and nurses for patient tracking, disease management, medical references and drug information, enhancing a quality of health care. Many health-related PDA applications are available to both dietetics professionals and clients. Dietetics professionals can effectively use PDAs for client tracking and support, accessing to hospital database or information, and providing better self-monitoring tools to clients. Internship programs for dietetics professionals should include training in the use of PDAs and their dietetics applications, so that new practitioners can stay abreast of this rapidly evolving technology. Several considerations to keep in mind in selecting a PDA and its applications are discussed.
Subject(s)
Humans , Delivery of Health Care , Dietetics , Disease Management , Internship and Residency , Multimedia , Patient Identification Systems , Quality of Health CareABSTRACT
OBJECTIVE: The purpose of this study was to self-management asthma including symptom, medication, and to prevent the exacerbation of the condition using the Personal Asthma Management System(PAMS) which was developed based on Personal digital Assistant(PDA). METHODS: A development tool of the PAMS was EVC(Microsoft Embadded Visual C++). The system contents referred to workshop report of the Global Initiative for Asthma, on-line lecture of the Korean Society of allergology and Korea Asthma allergy Foundation, asthma-related web-sites. RESULTS: The PAMS was implemented with four main menus: personal information, symptom, medication management, and self care. The patients input their daily condition, and this data will be used in the successful prevention and management of asthma exacerbation. This real-time nature of PAMS is its primary advantage over other retrospective computing system for reducing the effects of forgetting, so this information will be useful in classifying of asthma severity. CONCLUSION: The PAMS can be contributed to aid self-management of asthma and effective treatment by attending physician.
Subject(s)
Humans , Asthma , Education , Hypersensitivity , Korea , Retrospective Studies , Self CareABSTRACT
This paper mainly introduces the design for system of evoked potentials detecting based on technology of mobile computing platform and CF interface. The CF+ card in IO mode based on the mobile computing equipments and its CF interface are designed, and the driver and application software on Windows CE platform are also written at the same time. The system with these hardware and software can perform the task of generating evoked signals and sampling evoked potentials signals. Simple hardware design and perfect software support are available in this system, which can meet the research needs in many fields of evoked potentials signals.