Figure 2 - available via license: Creative Commons Attribution 4.0 International
Content may be subject to copyright.
Source publication
Technology has grown rapidly with scientific advancement over the world in recent decades. Therefore, there is a need to redesign the medical system to meet their better needs .With the advent of cloud computing the doctors can keep their information about their critical diseases, critical cases and sophisticated problem they phased .cloud computin...
Contexts in source publication
Context 1
... cloud (Figure 2) or external cloud describes cloud computing in the traditional mainstream sense, where by resources are dynamically provisioned on a fine-grained, self-service basis over the internet via web applica- tions/web services, from an off-site third-party provider who shares resources and bills on a fine-grained utility computing basis. A public cloud is one based on the standard cloud computing model, in which a service pro- vider makes resources, such as applications and storage, available to the general public over the Internet. ...
Context 2
... cloud (Figure 2) (also called internal cloud or corporative cloud) is used in within the organization or corporation. It provides hosted services to very limited number of people behind a firewall. ...
Context 3
... example an or- ganization might use a public cloud service, such as Amazon's Elastic Cloud (EC2) for general computing but store customer data within its own data center. Al- though cloud computing is often said to be the future of the industry, the hybrid cloud (Figure 2) model is more prevalent for a number of reasons. Large enterprises of- ten already have substantial investments in the infra- structure required to provide resources in-house. ...
Similar publications
Citations
... Cloud computing has significantly influenced the healthcare industry in the past years. The concept provides massive amounts of storage and computing power without requiring end-user special knowledge about the physical location and the configuration of the system [12]. The information technology enables convenient, on-demand access at a greater speed in less time to a shared pool of computer resources (network, server, database, software, storage, and applications). ...
Teleorthodontics refers to the use of Information Technology and Telecommunications to facilitate Orthodontic Consultation about the care to be rendered, the Practitioner, the Patient and Public Education as well as promoting Public Awareness. Despite skepticism, there are several advantages of including Teleorthodontics in the clinical Orthodontic Practice. In the present review, the new communication healthcare system and its applications in the field of Orthodontics that is destined to change the future of our clinical practice will be discussed. For this purpose, the point to point concept and the scope of Teleorthodontics has been provided. The information discussed in the present article is obtained from the most relevant studies evaluating the performance of Teleorthodontics and remote monitoring systems in clinical practice.
... Healthcare fusion leverages cloud computing, or computing over the Internet, to address this. Cloud computing allows users to process and store vast datasets in remote data centers, and thereby makes big data analytics possible and cost-effective (Avula et al., 2012, Gao et al., 2018. Our proposed IMS would be a centralized, cloud-based point of information storage and exchange that would effectively circumvent the limits faced by individual stakeholders. ...
Perhaps the main goal of healthcare management is the attainment of effective, efficient, equitable, timely, safe, and patient-centered care. At the core of this lies the need for an integrated pathway for healthcare data storage, analysis, and utilization. The potential exists for a centralized, cloud-based system that links physicians, hospitals, public health agencies, insurance and pharmaceutical companies, and most importantly, patients. Such a system could improve clinical quality management and support the delivery of consistent and effective treatments. Undoubtedly, massive integration of personalized health and large-scale epidemiological and molecular data, coupled with the use of artificial intelligence and machine learning, is already in process. Here, we envision the healthcare fusion framework, which unites all stakeholders in healthcare. This fusion aims to achieve culturally and demographically relevant outcomes in precision medicine and population health, in ways that are convincing to stakeholders and investors. In addition, the proposed framework may prove relevant in informing governmental and private sector responses to sudden public health crises.
... Avula believed that it was necessary to redesign the medical system to meet the needs of the people and quickly solved many complex problems in a shorter time and at a lower cost. He focused on the possibility of cloud computing technology in the medical field but only stayed at the theoretical research with no actual investigation [9]. Jeong et al. described the medical image information system for medical image sharing and used cloud services for the external interface of the system. ...
Because modern human beings pay more and more attention to physical health, and there are many problems in the traditional medical service system, human beings have a higher and higher voice for the new medical model. At present, there are many researches on the application of modern science and technology to put forward solutions to medical development, but they generally pay attention to some details and ignore the construction of the whole medical service system. In order to solve the problems of low efficiency of the traditional medical model, difficult communication between doctors and patients, unreasonable allocation of medical resources, and so on, this article proposes establishing a perfect medical and health service system. First, the correlation functions are used, such as cosine correlation, to calculate the correlation of various medical products, and then the correlation measurement methods of cloud computing and the Internet of Things are used to realize the network connection of smart medical equipment, efficiently store, calculate and analyze health data, and realize online outpatient services, health file management, data analysis, and other functions. Then, the energy consumption formula of the wireless transceiver was used to reduce the resource loss in the operation of the system. Then, we use the questionnaire to understand the current situation of mobile medical and put forward improvement suggestions. This article also scores the performance of the system. The experimental results show that the performance rating of traditional medical institutions is B, while the model rating of mobile medical institutions is a, and the efficiency is optimized by 4.42%.
... Cloud Computing Applications[2][3][4][5][6][7]. ...
Cloud computing is a technique to minimize the use of hardware and software infrastructure digitally for the dynamic delivery of services. There are numerous components of current cloud computing models: end-user computers, networks of contacts, access management systems, and infrastructures of applications. Different organizations of cloud computing are providing various policies for handling tasks of cloud vendors and consumers. During task migration, whenever data is transferred over the cloud from one node to another; then the sink node should be trustworthy. It becomes a challenging task to create reliable and trustworthy cloud platforms. As the base from the concept of cloud computing, many authors proposed data privacy, security problems, security challenges, trust models, trust issues, challenges of trust management In this paper, we highlight some of the trust issues faced by both cloud vendors and cloud customers while using cloud services.
... Cloud computing adoption is increasing in all sectors including health care, providing a new and improved way to address challenges in the field. For example, The cloud computing model proposes to share information between physicians in different countries on critical diseases and cases to improve treatment [6]. ...
Cloud Computing is an online strategy for dynamic allocation of services by reducing the usage of hardware and software resources. Existing models of cloud computing include different components: end-user computers, contact networks, access control frameworks, and software infrastructures. The data and the cloud infrastructure must be protected from any known and unknown attacks on all cloud platforms to achieve comprehensive cloud security. Trust issues arise from uncertainty about certain actions that can be defined through the concept of fuzzy belief. Trust is faith in quality provided by the cloud service provider and third-party agent on consumers and vice-versa where quality can be considered in terms of functionality, security, privacy, data safety, and reliability on cloud resources. Although the members of a social network have a strong level of trust, this trust may not be adequate in certain cases and becomes an obstacle in the successful implementation of cloud services. For example, a storage facility where users are vulnerable to missing, infected, or corrupted data, while providers are at risk of unknown data being hosted from their network. The relationship between two business partners decays more rapidly relative to the trust of users in the social network of the cloud. This paper aims to address the trust issues in existing cloud paradigms and highlights the existing flaws which will be resolved in the future course of action.
... Cloud technology provides educational institutions with the opportunity to focus on information technology configuration or more on teaching and research rather than spending time and effort managing software systems (Chandra & Malaya, 2012). The use of cloud technology in the medical field is beneficial for doctors in terms of time and cost (Tejaswi et al., 2012). In addition, it has been suggested that the use of cloud technology in medical education will improve the quality of medical education (Huang et al., 2014). ...
The purpose of this study is to review graduate studies (master thesis and doctoral
dissertations) regarding the use of technology for the children with special needs carried
out between 2008 – 2018 in Turkey.
Graduate studies were reached through website of Higher Education Council of Turkey
by using keywords of “special education”, “children with special needs”, “computer”,
“use of technology”, “mental disability”, “autism”, “visual impairment ”, “physical
disability”, “hearing impairment”. In the research, it is aimed to reach all the studies
without separating disability groups. It is aimed to have master's and doctoral
dissertations, to include the use of technology in skills teaching for any disability group,
and to support any development area of the child were the criteria of the theses in this
research. Twenty-one theses met these criteria and were included in this study. In the
analysis phase of the theses, theses were divided into 3 categories according to the;
theses according to the use of technology in academic skills, technology usage in nonacademic skills and disability groups were examined comparatively.
... Dijital intraoral izlenim cihazlarının ortaya çıkması, yüksek çözünürlüklü 3D sanal modellerin üretilmesine olanak sağlamıştır. Optik ilkelere ve teknolojilere dayanan ağız içi haritalama, hasta için rahatsızlık, hassasiyet ve laboratuvar çalışması gibi problemlere ilişkin olumsuz yönler giderilmiştir (10). ...
... 1. In [6], the cloud computing model is proposed to share the critical disease and critical cases information among the doctors of the different countries to improve the treatment. ...
... Exploratory research-based studies Tele-psychiatry application software project Types of PMS usage in Indian scenario Tejaswi et al. [31] Cloud-computing software for physicians Rajasekar et al. [32] Image registration software in radiotherapy Kumar and Indrayan [33] ROC analysis software for medical research Malaviya and Gogia [34] Rheumatology specific EMR Jayshree et al. (2006) [35] and Kumar et al. [36] Laboratory information management software Aggarwal et al. [37] Computer software for fiber optic bronchoscopy data Bhambani et al. [38] Prosthodontics-digitalization Indian Doctors Guide [9] India Mart study [8] India Internet-based research Types of medical software availability in India Key medical software category available in India Patkar [39] India client-server models and telecommunications to achieve integration. [48] In the absence of governmental version of primary care software in many developing countries, there is a tendency of family physicians using too many software with different quality, which are often not compatible with each other. ...
... [9,[40][41][42] hat is required and suggested in India is provision of structured computer and IT training for medical (MBBS) students; which can equip them with skills they need as future physicians, as an essential strategy for improving the quality of medical and health care as per study suggestions of Chudasama et al [45] • Although "there are inevitable difficulties associated with the introduction of new systems and technologies," according to Sathyamurthy, which has also been suggested by Bagchi in India, where it has been found that even new computer systems introduction had difficulties, these need to be overcome on urgent basis in their study on telemedicine. [50] But there is no need to lose hope as new emerging technologies such as-cloud computing can also be an answer, with which the doctors can keep their information about their critical diseases, critical cases and sophisticated problem they phase as per the study of Tejaswi et al. [31] Studies now indicate that the even medical libraries in India such as in Karnataka have used different kind of software Packages in mainly from the commercial market packages [51] • Most GPs in India want software to make better the quality of practice in both clinical and administrative areas. But most of the medical software available in India follow the western module pattern. ...
Currently, many cheaper "practice management software" (PMS) are available in developing countries including India; despite their availability and benefits, its penetration and usage vary from low to moderate level, justifying the importance of this study area.
First preferred reporting items for systematic-review and meta-analysis (2009) guidelines were considered; followed by an extensive systematic-review of available studies in literature related to developing countries, on key search term from main abstracting databases: PubMed, EMBASE, EBSCO, BIO-MED Central, Cochrane Library, world CAT-library till 15 June 2014; where any kind of article whether published or unpublished, in any sort or form or any language indicating the software usage were included. Thereafter, meta-analysis on Indian studies revealing the magnitude of usage in Indian scenario by Open Meta-(analyst) software using binary random effects (REs) model was done. Studies from developed countries were excluded in our study.
Of 57 studies included in a systematic review from developing countries, only 4 Indian studies were found eligible for meta-analysis. RE model revealed although not-significant results (total participants = 243,526; range: 100-226,228, overall odds ratio = 2.85, 95% confidence interval = P < 0.05 and tests for heterogeneity: Q [df = 3] = 0.8 Het. P = 0.85). The overall magnitude of usage of PMS on Indian physicians practice was however found between 10% and 45%.
Although variable and nonsignificant effect of usage of PM software on practice of physicians in developing countries like India was found; there is a need to recognize the hidden potential of this system. Hence, more in-depth research in future needs to be done, in order to find a real impact of this system.
... In order to provide security for such type of medical data, we introduce the concept of data storage on cloud and apply AES 512bit algorithm [1]. The data which is encrypted 22 rounds is very hard to detect the original data of Ebola solution and thus we can maintain high security for the valuable data. ...
