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... A research work on application development in diagnosis and monitoring of health issues in patients was done by (Yinyeh and Alhassan, 2015). The authors developed a simple medical expert system that can diagnose common ailments and also to provide medical professionals with information about diseases. ...
... This particular step in medicine is very important and significant to the treatment of every patient; this is therefore taken very seriously in the development of intelligent systems in the medical field. [3] The problem of disease diagnosis and management is complex due to the involvement of a lot of variables; such as: inability of the patients to express exactly how they feel, inability of the doctors and nurses to give a precise outcome of what is observed, while sometimes laboratories results are noted with some flaws caused either by the carelessness of technicians or malfunctioning of the instrument. Based on all these factors, amongst others; medical researchers cannot precisely characterize how diseases alter the normal functioning of the body. ...
... Sub-Saharan Africa) where there is prevalence of inadequate number of health personnel or professionals which exposes patients to all manner of poor health service delivery by unqualified health personnel. These are places where access to quality health is inadequate, inaccessible and/or not affordable; and where the level of illiteracy and poverty is very high [3]. ...
... In [3], the authors developed a health diagnostic and monitoring software for common diseases across all parts of the human body, targeted towards individuals and health personnel in remote areas where medical personnel are inadequate. ...
Primary Health Care (PHC) is an essential health care that should be made universally accessible, affordable, and acceptable to individuals, communities, and countries, but there is shortage of medical expertise and good medical services for people in many primary healthcare centers of sub-Saharan Africa countries. Many of these countries spend a lot to overcome these challenges with little success. There is also a rural-urban migration problem, which leaves the rural areas with little or no medical expertise, and high response time for diagnosis and treatment of patients, to mention but few. The purpose of this work is to develop a framework for the diagnosis of common ailment in primary health care centers, with the aim of assisting in the diagnosis process that will be reliable. The framework uses Rule-Base approach to enhance accurate diagnosis and quick response. The proposed framework operation will be based on logic inference guided by the constituents of the database and the knowledge base of the system.
... This computer application can be applied in a variety of specific disciplines. While the artificial intelligence is the study of the development of computer-aided program with shows like human intelligence [14]. ...
In this modern era of information very quickly and easily obtained with available technology. Many ways to get such information from the print media, electronic media and online media. In the everyday life and in the company are required to support information technology so that jobs can be managed and resolved quickly and well. Environment where live many unused items that could be used, but with the lack of knowledge of a person, they consider the goods are not useful. Unwitting that by utilizing unused items that could support the spare time and earn extra income by selling these crafts. The purpose of this study is to develop BBVPhone application, which is utilizing electronic media as a medium of learning videos to learn to make handicrafts from unused goods and as a comparison that to gain knowledge skills do not have to follow a certain course. The method that use to develop the BBVPhone is combining forward chaining and backward chaining method. Another contribution of by optimizing the composition of materials and video tutorials for the purposes of making handicrafts according to the results. Information Systems. It is expected to help the public in the business of unused information into useful handicrafts.
... This computer application can be applied in a variety of specific disciplines. While the artificial intelligence is the study of the development of computer-aided program with shows like human intelligence [14]. ...
... Several studies have demonstrated the significant use of mobile phones to support decision making process in health care service delivery. Yinyeh and Alhassan presented an offline medical expert system for the diagnosis and treatment of common ailments of patients [9]. The system was developed using Visual Basic at the front end and Microsoft SQL Server at the back end. ...
Most developing countries like Nigeria are facing health care challenges caused by inadequate medical personnel, shortage of modern medical equipment and the dearth of modern hospitals in the rural, leading to high mortality rate especially in these rural areas. Statistics have revealed the high number of smartphones in different parts of Nigeria. Hence, a mobile based system could serve as a solution to these problems. Some researchers in this area of study tried to develop different stand-alone and web-based medical diagnostics systems using different approaches, in order to provide easy and fast access to diagnose and provide medical advices. In this paper, a rule based mobile expert system was designed and implemented to proffer diagnosis and medical advices to ten (10) common diseases that are prevalent in Nigeria. The mobile system was implemented on Android operating system technology which is the one the most common mobile operating system in Nigeria presently. The system was evaluated with some users and the results of the evaluation carried out on the system emphasizes its usefulness as an efficient decision support tool in the diagnosis and medical provisioning of the common health problems in Nigeria with a very high success rate from prospective users.
This prototype interface has been designed by keeping an eye on previously designed medical diagnose expert systems. The focus of this designed prototype interface is chronic diseases of remote areas due to which people mostly get suffered. So, in order to design that prototype Firstly, collect some data by some medical expert. Secondly, make a database by using SQL Lite. Thirdly, Interaction with the people is through user-friendly interfaces developed using Visual Studio 2010. Data elicited for the isolation, identification of symptoms and possible recommendations on susceptibility patterns makes the knowledge base which was modeled into frames at the different levels of the decision trees and using the "IF-THEN" production rules, quick deductions are made. This software makes inferences on the base of provided symptoms and gives the output in the form of the disease. Furthermore, click on the disease and its medicines, tests, and precautions, it will display on their alternative panel.
