Integration of My Health Record Systemâ€Free samples for Students

Question: Discuss About The Integration Of My Health Record System? Answer: Introduction The selected organization Headspace provides health care objectives to the youth generation (aged 12 to 25). Depression and anxiety has been found in the young generation, which often lead to suicidal tendencies (Rickwood et al., 2014). Psychologist can help the patients to learn from their suicidal tendencies and make them get better. The current funding on the making of a software, which will be able to record the patients story for the first time and can be shared with all the doctors who will be treating the patient (Liu, Huang Liu, 2015). Such a software requires extensive use of cloud resources and secure form of data integration. The report further discusses about the different aspect of the project that is being developed by the organization with specific analysis of the problems, capabilities and the benefits of the project system. Approach on the development of the System The approach to be taken to create the My Health Record system is using a Cloud Server for storing the information on the patients (Coates Howe, 2014). The patient comes to the organization for the first time and registers himself or herself into their system. The in house psychologist takes a session with the patient and with his or hers consent record the story of the patient. The video is uploaded to the cloud server of the organization and a copy is provided to the patient. The video is available to the psychologist of the hospitals who have tied up a partnership with Headspace (Allison, Bastiampillai Goldney, 2016). The use of cloud server is being said because the technology has gained recent appreciation from many IT industries. The integration of a cloud server is a onetime process but the maintenance of such servers require technical expertise. Problems that might be faced The problems with the My Health Record system that can occur is about the security of the videos and documents that are kept on the server of the organization (Amos, 2017). The cloud security measure is the main point of concern for any organization using a cloud server. The data about the patient is highly confidential details, which are only shared with the organization upon stating that the organization will be keeping the details confidential, and under no circumstances will the details be disclosed to anyone without proper credentials (Sultan, 2014). Capabilities of the system being developed Upon using such project integration with the organization there will be a downfall of the suicidal tendencies that are mostly seen in the young generation (Fahmi Nasution, 2017). The major aspect of the procedure is keeping up with the latest trend of using information system in the organization. The use of cloud will help the organization to save up the space required for storing of the paperwork and the documents related to the patient. Keeping the documents in paper format can create a hassle for the organization to search the records of the patient when the patient is to be transferred to another doctor. Keeping the details on the cloud, sharing the details among the doctors will be an easier procedure. The doctor will be able to study the findings and the problems of the patient from the viewpoint of a fellow doctor. This will speed up the procedure and can help the patient to recover on a fast pace (Li et al., 2013). Benefits of the system The benefits of using a cloud based system server for this type of project is the reduction is the time taken to diagnose the patient by the different doctors who are allocated to the respective patient (Kaur Chana, 2014). The doctors who will be diagnosing the patient also share the details, which were recorded during the patients first visit to the organization, on the cloud for successful viewing. Upon referring the patient to another doctor, the doctor can view the story clipping beforehand and will be able to readily start diagnosing the patient as soon as he or she comes for the session. The security on the cloud can be used to keep the information safe from hacking and keeping up with the non-disclosure management between the patient and the doctor (Barua, Lu Shen, 2013). Conclusion To conclude this report, it can be seen that the organization related to the project, Headspace could continue developing the project. By following the guidelines, which has been discussed in the report the organization will be able to successfully, gather the required objective it has set for the project development. Integration of such a software will be a better step forward for the young patients who are being treated with suicidal tendencies. Sharing the finding and the story of the patient will speed up the process of diagnosis and eventually can treat the patient to a full recovery. The use of a modern technology like the cloud based system and data encryption will be helpful to provide confidentiality of the patients data record. References Allison, S., Bastiampillai, T., Goldney, R. (2016). Australias national youth mental health initiative: Is headspace underachieving?. Australian and New Zealand Journal of Psychiatry, 50(2), 111-112. Amos, A. (2017). Youth mental health and mental wealth: reaping the rewards. Australasian Psychiatry, 25(2), 103-103. Barua, M., Lu, R., Shen, X. (2013, December). SPS: Secure personal health information sharing with patient-centric access control in cloud computing. In Global Communications Conference (GLOBECOM), 2013 IEEE (pp. 647-652). IEEE. Coates, D., Howe, D. (2014). The importance and benefits of youth participation in mental health settings from the perspective of the headspace Gosford Youth Alliance in Australia. Children and Youth Services Review, 46, 294-299. Fahmi, F., Nasution, T. H. (2017). Smart cloud system with image processing server in diagnosing brain Business dedicated for hospitals with limited resources. Technology and Health Care, 25(3), 607-610. Kaur, P. D., Chana, I. (2014). Cloud based intelligent system for delivering health care as a service. Computer methods and programs in biomedicine, 113(1), 346-359. Li, M., Yu, S., Zheng, Y., Ren, K., Lou, W. (2013). Scalable and secure sharing of personal healthcare records in cloud computing using attribute-based encryption. IEEE transactions on parallel and distributed systems, 24(1), 131-143. Liu, J., Huang, X., Liu, J. K. (2015). Secure sharing of personal health records in cloud computing: ciphertext-policy attribute-based signcryption. Future Generation Computer Systems, 52, 67-76. Rickwood, D. J., Telford, N. R., Parker, A. G., Tanti, C. J., McGorry, P. D. (2014). Reply headspace-Australia's innovation in youth mental health: who are the clients and why are they presenting?. The Medical journal of Australia, 200(8), 454. Sultan, N. (2014). Making use of cloud computing for healthcare provision: Opportunities and challenges. International Journal of Information Manage