Results: Before Patient Gateway implementation, 88% of surveyed staff were already using e-mail at least once a day for work-related communication.
Facilities are provided to deploy new services without NAT-related limitations and requirements for application gateway implementation (e.g., exchange of sensor data, services for situation monitoring, etc).
After Patient Gateway implementation, users reported high satisfaction with the application and staff in general (users and non-users of Patient Gateway) felt more enthusiastic about increasing e-mail use with patients.
We subsequently re-surveyed staff at three of these clinics after the implementation of Patient Gateway, an application designed to facilitate secure electronic communication between patients and the clinics.
Facilities are provided to deploy new services without NAT-related limitations and requirements for application gateway implementation (e.g., exchange of sensor data, services for situation monitoring, etc).. Reduced management and maintenance effort due to end-to-end communication and management of the smart sensors.
We then demonstrate the use of the programming model in implementing two applications, namely, mapping traffic management algorithms onto a multithreaded architecture and an implementation of a media gateway based on voice-over-AAL2.
Implement the payment gateway.
This paper presents the design and implementation of TS over IP gateway system with FPGA based on MPEG-2 coding format.
Application examples are introduced and the implementation results show that our gateway can provide automatic heterogeneous service or device discovery, registry, and management.
A successful implementation of Smart e-Health Gateways can enable massive deployment of ubiquitous health monitoring systems especially in clinical environments.
This implementation simulates ZigBee and WiFi gateways connected to a wired backbone, but even if no existing control channel is available, several solutions are possible and are discussed in the following section.
