Análise de desempenho na rede metropolitana de saúde da Universidade Federal do Rio Grande do Norte : um dimensionamento aplicado a telemedicina e a telessaúde utilizando QoS baseado no padrão IEEE 802.1Q

It s notorious the advance of computer networks in recent decades, whether in relation to transmission rates, the number of interconnected devices or the existing applications. In parallel, it s also visible this progress in various sectors of the automation, such as: industrial, commercial and residential. In one of its branches, we find the hospital networks, which can make the use of a range of services, ranging from the simple registration of patients to a surgery by a robot under the supervision of a physician. In the context of both worlds, appear the applications in Telemedicine and Telehealth, which work with the transfer in real time of high resolution images, sound, video and patient data. Then comes a problem, since the computer networks, originally developed for the transfer of less complex data, is now being used by a service that involves high transfer rates and needs requirements for quality of service (QoS) offered by the network . Thus, this work aims to do the analysis and comparison of performance of a network when subjected to this type of application, for two different situations: the first without the use of QoS policies, and the second with the application of such policies, using as scenario for testing, the Metropolitan Health Network of the Federal University of Rio Grande do Norte (UFRN)

Telessaúde como ferramenta de apoio à atenção primária à saúde: um olhar sobre as teleconsultorias em cardiologia

In order to qualify Primary Health Care in Brazil, the Ministry of Health implemented the Brazilian Telehealth Program to provide health support (telecare) and permanent health education (tele-education). In this respect, one of the primary services offered is teleconsultation. As part of the national expansion of the program, a local Telehealth Center, called Telehealth/RN, was created in Rio Grande do Norte state. The aim of this study was to describe the implementation of cardiological teleconsultations at Telehealth/RN, and analyze the characteristics of the teleconsultations in cardiology requested. Formative Second Opinions in cardiology, available at the web site of the Brazilian Telehealth Program, were also examined. This is a quantitative study with a descriptive, observational design. A total of 56 Formative Second Opinions in cardiology were identified, a majority related to hypertension (29%), focused on treatment support (30%), and requested by doctors (59%). At Telehealth/RN, 47 teleconsultations in cardiology were carried out, a majority also related to hypertension (50%), requested by community health workers (45%) and focused directly on treatment (52%). Cardiological teleconsultation, implemented at the Telehealth/RN in April 2014, is a practical and efficient strategy capable of ensuring health services and reaching those who live in remote areas. Knowing the demand for teleconsultations is extremely important, given that they provide the information needed to correct existing inadequacies related to care, management and/or education, as well as providing the basis for public policies that meet the demands of teleconsultation.

iSalud: uma arquitetura para publicação e distribuição de sistemas de informação para o SUS

The Brazil Telehealth Networks Program was established by the Ministry of Health in 2007. Its main objective is to support professionals in Primary Health Care (PHC) by offering educational qualification, resulting in more favorable conditions to fixate the professional in remote areas. The formulation and management of telehealth services are performed by scientific and technical centers that are operated by public institutions of higher education and responsible for providing tools and services in the context of the regions where they are. However, one of the problems generated by this decentralization is the development of various tools with different types of language, architecture and without any regulation and integration of information with the Ministry of Health. Aiming to solve the above problem, we propose the specification, implementation and validation of an architectural model in the development and distribution of the Unified Health System software tools. This proposed architecture enables tools developed in telehealth center to be shared among the other centers, thereby preventing the unnecessary use of resources.

Teleconsultoria Off-line: uma arquitetura distribuída e compartilhada para sistemas heterogêneos

The Telehealth Brazil Networks Program, created in 2007 with the aim of strengthening primary care and the unified health system (SUS - Sistema Único de Saúde), uses information and communication technologies for distance learning activities related to health. The use of technology enables the interaction between health professionals and / or their patients, furthering the ability of Family Health Teams (FHT). The program is grounded in law, which determines a number of technologies, protocols and processes which guide the work of Telehealth nucleus in the provision of services to the population. Among these services is teleconsulting, which is registered consultation and held between workers, professionals and managers of healthcare through bidirectional telecommunication instruments, in order to answer questions about clinical procedures, health actions and questions on the dossier of work. With the expansion of the program in 2011, was possible to detect problems and challenges that cover virtually all nucleus at different scales for each region. Among these problems can list the heterogeneity of platforms, especially teleconsulting, and low internet coverage in the municipalities, mainly in the interior cities of Brazil. From this perspective, the aim of this paper is to propose a distributed architecture, using mobile computing to enable the sending of teleconsultation. This architecture works offline, so that when internet connection data will be synchronized with the server. This data will travel on compressed to reduce the need for high transmission rates. Any Telehealth Nucleus can use this architecture, through an external service, which will be coupled through a communication interface.