A sensor data analytics for patient monitoring in connected healthcare application
Abstract : 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.
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.
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.
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.
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.
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