Meet the relevant legislation
Mapping is performed here so close to the cut surface as possible. Both the internal and external interfaces in CHC portal should be based on widely used standards BEHR, MEDCOM, CEN, HL, WC. The recharge h2o wireless use of vendor and product independent message formats should be used wherever recharge api possible. Each service functionality must be described in easily understandable form.
You should be able to get services from other systems based on authorizations extensive role, personal identity and information part. Solution must including consent. Access must be flexible so in future either can communication through the health portal see Or you can use other external and internal services. Integration of public health portal.
Base recharge api all
Integration of feeding systems. The portal interface to the feed systems to be built up for principles, allowing rapid replacement of feed systems as they wanted food systems become available. This requires that any integration of food systems is through an integration broker, and that more communication between the portal and integration broker is handled as XML-based recharge api communication possible. Using Web services.
To interface with feed systems built so that it abides by BEHR, and as far as possible is semantically compatible with BEHR. Recommendation. Verify and implement the architectural requirements. Technology trends are widely recognized forces or changes of direction in IT industry, not only in recharge api relation to health care, but in a general perspective. These trends identify the most important technology indicators influencing the H: S architecture considerations.
In this context, the focus has been on identifying the trends that are likely to have link an immediate impact. The time horizon is thus a maximum of two years. This is expected to initially exclude, for example, speech recognition and nano-technology. The project has used the identified trends to encapsulate the development of the recharge api technical application architecture in the context of H: S 'business needs and requirements to architecture.
The individual trends are found and selected after a preliminary round of the project team and a subsequent review of several trendsetter ex suppliers and recharge api trend spotter Garter Group, Forrester Research, Butler Group and META Group and IT news media. Apart from the sources represent the following ten points the main trends identified in random order recharge h2o wireless web services. JEE as dot NET.
Conveyed by Internet protocols
Distributed Environments. Mobility. Enterprise recharge api Portal. Governance. Security. Open Source. Web Services Definition of web services. Source: The Worldwide recharge h2o wireless Web Consortium's Web Services Architecture group: A Web service is a software application identified' by a URI, his interfaces and bindings are definer et and described Using XML. Its definition can be discovered by other software applications.
These applications a simply interact with the Web service in a Manner Norbert city sing definition Using XML messages. SOAP, WSDL and UDDI is mentioned in most contexts where web services are mentioned- not all are however necessary: SOAP Simple Object Access Protocol is the protocol that invoker er service and packages result WSDL the Web Services Description Language describes recharge api the individual service's interface UDDI Universal Description, Discovery, and Integration directories locates the descriptions of services via WDSL.