Development of Web Portal for Health Centre

ABSTARCT :

As an emerging form of enabling technology, Web-based e-Health portals provide patients easier accesses to their healthcare information and services. We design and implement such an e-Health portal which can integrate many backend medical services effectively. A major challenge in designing such a system is to meet critical security requirements, such as the confidentiality of patient data, the integrity of diagnosis results, and the availability of healthcare services. In this thesis I address the issue from the access control perspective. More specifically, I first propose a two-tier approach to access control for e-Health portals. The approach supplements existing Role Based Access Control (RBAC) capabilities with a rule-based access control module based on the classical Flexible Authorization Framework (FAF) model. I study conflict resolution and interaction between the two modules. I also address authentication for real-time services provided by remote service providers.

EXISTING SYSTEM :

? Liquid layouts are a great starting point, we should combine all of the existing technology together rely on the actual condition. ? Though there are some existing researches in above fields, there is less or almost none related work which combines these fields to provide a basic frame specifically focusing on the e-health. ? We should improve and design a reasonable style transformation method through learning the existing related CSS method. ? Most European governments have set up combined systems of healthcare insurance, in which public compulsory health insurance coexists with private companies.

DISADVANTAGE :

? It also employs meta-policy to solve the conflict resolution problem when hybrid policy is specified. ? In this stage, conflict problems may occur since both positive and negative authorizations may be derived for executing an action on a given object, thus a subject could be authorized and denied to perform the action at the same time. ? To solve this problem, in the second stage conflict resolution policies are enforced. ? We address the above issues through the design and implementation of a secure Web-based e-Health portal.

PROPOSED SYSTEM :

• The main purpose of the project is to develop an E-health-field system basic frame combined with the responsive web design technology based on the cloud server. • The E-health information are widely used with different meanings and purposes. • The main purpose of the report is to establish a general E-health web application framework including the cloud platform selecting, security mechanisms defining and the usage of the responsive web design technique. • The purpose of all these works aims to provide user a pleasuring experience and great user interaction.

ADVANTAGE :

? QoS includes the scalability and performance of Web service-based services, the performance of the access control engine, the delay, jitter, response time etc., of real-time services etc. ? Moreover, there are many extended Web services specifications ranging from transactions, business process, messaging, transport, security, metadata to performance, which are on their way toward standardization. ? As an exception, services run in real-time mode (such as the ECG Monitoring service and Teleconsultation service) are allowed to bypass the portal since they usually demand better performance than what SOAP can provide.