In addition, we present two extensions to the framework.
However, adding two extensions to the framework helps to deal with the complexity of designing and evaluating viable business models for multi-commodity energy systems in a better way.
Extensions to the framework of Mirollo and Strogatz include the introduction of a time delay in the transmission of pulses and the consideration of inhibitory coupling.
Extensions to the framework of Banach spaces of Browder's convergence results have been done by many authors, including Reich [4], Takahashi and Ueda [5], and O'Hara et al. [6].
It should be noted that the Serendip framework (Chapter 7) is a further extension to the ROAD framework, which consists of the ROADfactory (core library) and ROAD4WS (Web service deployment platform).
In this work, we present and demonstrate an important extension to the MKS framework that allows representation and calibration of the localization kernels for an entire class of materials (e.g., a selected class of single phase cubic polycrystalline materials).
In this paper, we present a major extension to the MKS framework that allows a computationally efficient treatment of a significantly more complex local state of the material, i.e. crystal lattice orientation.
From analyzing the limitations of existing methods, we propose an extension to the i∗ Framework for security trade-off analysis, taking advantage of its multi-agent and goal orientation.
To advance the usage of explicit phylogenetic networks by biologists further, we present an extension to the SplitsTree framework that integrates these networks.
In this section we describe another extension to the VMT framework, intended for problems for which the instance is a set of strings, rather than a single string.
FPL (http://sourceforge.net/projects/foodprocesslab) is like PMM-Lab, an extension to the KNIME framework providing six domain specific nodes structured inside the FPL node library.
