Sentence examples for rigorous representation of from inspiring English sources

A rigorous representation of the multistage batch scheduling problem is often useless to even provide a good feasible schedule for many real-world industrial facilities.

A numerical solution approach is developed using the Galerkin finite element method and elliptic mesh generation in an arbitrary Lagrangian Eulerian implementation, thus allowing for a rigorous representation of forces and dynamics previously inaccessible by approaches using analytical approximations.

In this paper, we introduce Zsyntax and show some important features it possesses, in particular: It provides a mathematically rigorous representation of molecular biology processes.

In fact, these models can be seen as the mathematically rigorous representation of qualitative biological knowledge.

Boolean formalisms are particularly suited to this end, because adoption of binary logic gates for describing regulatory actions provides a rigorous representation of the system as a decision-making device or logicome [ 3, 17].

Furthermore, the implementation of coverage of additional chemical concepts in most chemical representations requires a formal, rigorous representation specification, complicating the incorporation of data represented using domain-specific representation extensions.

Most of these processes are non-linear and depend on a large number of parameters which results in the rigorous mathematical representation of the process.

Over the past decade, there have been many published methodologies to calculate carbon dioxide (CO2) storage that vary from volumetric assessments of pore volume to rigorous statistical representation of geologic heterogeneity with CO2-brine displacement efficiency.

This paper aims at presenting (i) a systematic and rigorous mathematical representation of crops rotations; and (ii) a concise mathematical framework to model crop rotations, which is useable on landscape scale modelling of agronomical practices.

Applications to Schrödinger operators with rather general random scalar potentials include a rigorous justification of an integral-kernel representation of their integrated density of states a relation frequently used in the physics literature on disordered solids.

As a systematic representation of data amenable to rigorous analysis and visualization, networks have become ubiquitous in recent years across many scientific and social disciplines.