In this paper, we first describe a simple framework, which we call the Transitive Closure Framework (TCF), for the self-stabilizing construction of an extensive class of overlay networks.
We show how this very simple framework, which is motivated by trying to find a solution to the hierarchy problem, is capable of leading to a vast and rich phenomenology not only in particle physics but also in cosmology.
The advantage of our proposal is that the network organization can be performed in the standard conform simple LLDN framework which is supplemented by the 'relay for ETM' node.
In most cases, this can only be done by adopting a clear and simple methodological framework, which clarifies the concepts of ES and how to use them throughout the process.
I want to point out several good apps and SaaS tools, but before I get into specifics, I want to create a simple framework in which you should evaluate these tools.
It provides a simple framework in which to discuss oscillations and how their properties depend on model parameters.
Although 0D models are numerically efficient and provide a simple framework in which the baroreflex response can be investigated, these models are unable to simulate features such as pulse wave propagation, complex local hemodynamics in stenoses and aneurysms, and most importantly for our purposes, gravity-induced gradients resulting in spatial variations in pressure.
In this study we have shown the feasibility of predicting RNAPII stalling, transcription and mRNA production at the core promoter level using a relatively simple machine learning framework which can also suggest new biological mechanisms, or reinforce previous hypotheses in a more statistically rigorous way.
Our design triangle provides a high-level framework, which is simple and very effective for the design process as well as easily applicable for both, researchers and practitioners.
And an even simpler representation in terms of nomic conjunctions in a propositional framework, which utilizes the simple city-block measure on partial constituents, has recently been developed in Cevolani, Festa and Kuipers 2012.
We describe herein the details of the mathematical methods that are required to implement such a computational structure and apply these methods to design a model based upon the two dimensional spherical barotropic vorticity equation, the simplest framework within which their viability may be tested.
