We highlight the value of incorporating the modelled estimates into a hydrological model, and discuss the applicability of our modelling framework in terms of cost, computational efficiency and transferability to other mountainous areas, particularly on small island developing states.
First, we summarize a single-level sensing model and discuss an efficient fast greedy approach for solving the MTC problem.
We describe the properties of a specific disk model and discuss various effects on the emergent UV/optical spectrum.
To that end, we set out the requirements for a provenance data and query model and discuss why the common solutions (relational, XML, RDF) fall short.
With globalization as a focus, you will review legal issues facing large-scale international events, compare the U.S. model to the international model, and discuss emerging markets.
We also present possible variations of the model, and discuss more general implications of the landscape picture in this context.
We compare our approach to the traditional abatement-cost-curve model and discuss implications for policy design.
I propose changes to the model, and discuss implications for teaching argumentation, developing EAP and course design.
In this paper we consider this linear model and discuss a range of methods for its numerical solution.
In a further step we present a biologically more involved model and discuss its numerical outputs within our mathematical framework.
Here we report key biochemical changes in the gastrocnemius muscle of the mSOD1G93A amyotrophic mouse model and discuss for the first time, a potential association between CTMP and Akt activation overtime in the muscle of this mouse model.
