Both the electronic medical record system and the online appointment system deploy electronic information exchange and application technology through the Internet to perform e-Commerce business transactions.
Interoperability in e-government should enable efficient information exchange between applications from different agencies with the help of IT-services.
The authors proposed a proxy-based solution with limited information exchange between the application and the MAC layer.
We present a protocol which utilizes the cross-layer functionalities and makes use of cross-layer information exchange among the application, transport, MAC and routing layers.
Furthermore, these comparisons do not allow us to resolve the problem of modeling information, based on the needs identified in the response to product requirements and information exchange requirements (first application on previous use cases).
The proposed MAS enables information exchange required for the application of demand-side management (DSM) strategy and has five agents, namely generation agent (GA), electrical load agent (LA), charging/refilling station agent (SA), control agent (CA), and design agent (DA).
Vehicle nodes and roadside fixed access points need to exchange application data and other information with AU, so AU can evaluate the security of the vehicle node.
From an application perspective, applications like contact information exchange or file transfer between mobile devices are required to have a very short interaction time.
The proposed distributed media-aware rate allocation scheme leverages cross-layer information exchange between the MAC and application layers to achieve fast convergence at the optimal allocation.
Such type of applications, however, have already been implemented for a long time and as long as the scenario has focused on supporting patient diagnostics and therapy such approaches are typically named telemedicine applications, health information exchange or personal electronic health records.
