System Analysis and Design Mobile Application

Question: Discuss about theSystem Analysis and Design for Mobile Application. Answer: Introduction: The Problem: In the health care set up, it is typically important to provide timely treatment or assistance to the patients. Furthermore, it is often noticed that the timely assistance can help the patient in the course of self-management of the diseases. Tele-health service has indentified that in most of the cases the patients find it difficult and inconvenient to execute an unplanned visit to the service delivery organizations. Hence, they are anticipating and planning to provide a better remote service delivery to the community based patients. Recently, the organization is using a tablet based web interface for the end-user of tele-health hardware and software in the homes. However, the organization has identified that most of their clients are living in the regional, rural and remote locations in the central west of NSW. Moreover, a huge number of the potential user of the service of this organization is the elderly population. They often find it difficult to operate the current interaction system of the organization as it involves a number of information as well as interactions (Giger et al., 2015). Moreover, this particular system is not easy for the elderly population to carry anywhere. Hence, the organization is planning to provide a better and handy solution to the end users of their service of remote health care and self-management of the health issues. Capabilities: The recent system is providing the end users an interface to monitor their own vital signs from home. However, in most of the cases, the users find it difficult to handle a tablet for this particular purpose. Hence, the following prospective systems or technologies can be utilized to provide the service of self-monitoring of the health statues of the patients by themselves: A Cloud-Based Mobile Application: To serve the purposes of remote health monitoring of the patients, a cloud-based mobile application can be used. It will be a handy solution for everyone. The organization need to focus on the clarity or simplicity of the application. The current application or software takes time to be loaded (Adibi, 2015). Using a mobile-based application will eliminate this particular problem and the users will be able to operate in lesser time. As opined by Yang et al., (2015) it is important for the health applications to be light and easy to load as time is an important issue in the health care setup. A GsmBased Wireless Human Health Monitor: It will have three distinct parts with three different tasks. These are the sensors for heartbeat, temperature and transmitter and receiver. Here, the data will be transmitted via GSM modem or SMS (Rodgers et al., 2015). The receiver will be at the doctor or the health care managements place. It can be Smart Watch. Video Conferencing Via Mobile: This particular application can be helpful for the users, as it will help them in directly connecting to the consultants. Via this technology the patients can chat with the consultant, provide, and receive required data and information to the competent person (Adibi, 2015). This particular interface will not include various directions. The patient or the user only needs to connect to the consultant and talk to them via video call. Benefits: The particular technology of GSM based wireless human health monitor will be helpful for bridging the gap between the consultant and the patient. It will also be helpful in community-based patient care to enhance the capacity of nurses to deliver medications management for clients. As opined by Evans et al., (2016) the technologies for remote health monitoring need to be easy to be operated. These above recommended applications can be useful in this regard. These particular technologies will also serve the issue of serving the rural and elderly population in particular. As opined by Giger et al., (2015) the remote health monitoring applications are needed to be multipurpose so that the overall conditions of the patient or the user can be measured at once. In addition to this, as mentioned by Bisio et al., (2015) for the remote health monitoring systems it is required to be low in installation cost. The above discussed applications or technologies will be low in cost. Moreover, these technologies will fulfill the objective of the organization, i.e. providing a home based health care service to the potential users. Furthermore, the user himself can use these applications. Thus, it will increase the knowledge and awareness of the patient about himself and the self-management of his physical issues. These technologies will also be helpful for the patients who are less educated and not so aware of the recent technological advancement. References: Adibi, S. ed., 2015.Mobile health: a technology road map(Vol. 5). Springer. Bisio, I., Lavagetto, F., Marchese, M., Sciarrone, A. (2015). A smartphone centric platform for remote health monitoring of heart failure.International Journal of Communication Systems,28(11), 1753-1771. Evans, J., Papadopoulos, A., Silvers, C. T., Charness, N., Boot, W. R., Schlachta-Fairchild, L., ... Ent, C. B. (2016). Remote health monitoring for older adults and those with heart failure: Adherence and system usability.Telemedicine and e-Health,22(6), 480-488. Giger, J. T., Pope, N. D., Vogt, H. B., Gutierrez, C., Newland, L. A., Lemke, J., Lawler, M. J. (2015). Remote patient monitoring acceptance trends among older adults residing in a frontier state.Computers in Human Behavior,44, 174-182. Rodgers, M. M., Pai, V. M., Conroy, R. S. (2015). Recent advances in wearable sensors for health monitoring.IEEE Sensors Journal,15(6), 3119-3126. Yang, H., Kim, H., Mtonga, K. (2015). An efficient privacy-preserving authentication scheme with adaptive key evolution in remote health monitoring system.Peer-to-Peer Networking and Applications,8(6), 1059-1069.