Data integration systems offer a uniform interface to a set of data sources.
We integrate this protocol with a similarly well-engineered network protocol to present a uniform interface to programmers.
Data integration addresses the problem of providing a uniform interface for answering queries over a multitude of data sources.
The mapping method helps us make an uniform interface between wrapper and an integrator.
Interaction with the solvers is achieved through a uniform interface to the solvers' databases.
With this uniform interface, we achieve good performance for our applications and maximize bandwidth and computational resources on these system configurations.
The communication layer developed in this thesis demonstrates the value of a uniform interface in abstracting a hierarchy below the level addressed by an application programmer.
Even with Explorer knit into the design of Windows, even with its free distribution and even with the promised advantages of a uniform interface, two-thirds of Internet surfers use other browsers.
In constructing our uniform interface, we carefully engineer and tune a transport protocol for passing messages across a cache-coherent interconnect, introducing in the process a new concurrent queue algorithm that obtains good performance on both dedicated and multiprogrammed machines.
These trends encourage open, simple, and modern software architectures aiming at a uniform interface for interdisciplinary and flexible modelling and inversion approaches.
Conclusion: The EMR described here can support integration of diverse data formats from multiple diagnostic devices and provides a uniform interface in compliance with federal regulations.
