Sentence examples for compact framework from inspiring English sources

A fundamental idea is based on.NET,.NET Compact framework and web services.

The application software is developed in Visual Basic.NET under Compact Framework and deployed in the module.

A COF is a porous three-dimensional crystal consisting of a tightly folded, compact framework that has an extraordinarily large internal surface area.

It therefore allows handling of structures with different levels of complexity and internal geometry within a general and compact framework, which can be easily implemented.

For example, Microsoft says: "The integrated.NET Compact Framework brings the power of new applications that simplify the overall development and integration of Web services on smart devices, enabling developers and enterprise end users to access a wealth of data from various sources such as back-end servers".

These examples specifically include Java, showing how a Java virtual machine (JVM) is needed at the application, system, or hardware layer, and the.NET Compact Framework, for languages such as C# and Visual Basic, which demonstrate a programming language element that must be integrated into the systems software layer.

In Chen and Smedley (2004), a simple MPPT in light of one-cycle control (OCC) is proposed, it works well the length of the board temperature variety is little, as this paper concentrates on little compact frameworks used to charge rechargeable batteries, this constraint is basic.

This paper presents an abstract and general compact mathematical framework of intracellular dynamics, regulation and regime switching inspired by (M,R -theory and based on hybrid autoM,R -theory

There is no single, accepted UK definition, but it was described in 2005 in the code of the Compact, the framework agreement between government and civil society, as "an activity that involves spending time, unpaid, doing something that aims to benefit the environment or individuals or groups other than [or in addition to] close relatives".

To establish a compact analytical framework for the preliminary stress-wave identification of material defects, the focus of this study is an extension of the concept of topological derivative, rooted in elastostatics and the idea of cavity nucleation, to 3D elastodynamics involving germination of solid obstacles.

It is illustrative to consider the network generation task using a compact mathematical framework.