Sentence examples for model system concept from inspiring English sources

The model system concept is derived from software development practices in the industry and academia.

The model system concept is defined as a collection of interconnected and consistent components that work together for defining, developing, and delivering a software system.

This model system concept is used to represent the multiple facets of a software engineering project such as stakeholders and models related to domain/environment, success, decision, product, process, and property.

The contribution of this paper to a general theory of software engineering is twofold: it presents the model system concept, and it integrates the software engineering design process into a decision making theory and a value-based decision-under-risk process.

While studying a huge diversity of animals has long been the norm in the classical fields of experimental embryology and functional morphology [see for example [ 1- 3]], the molecular biology revolution and the advent of the "model system" concept [ 4] created demand for a small number of highly genetically manipulable organisms that could be intensively studied [ 5].

From results obtained over the last 10 years from simple reactive metal/ceramic model systems, a concept of reactive wetting has been formulated which suggests a direct relation between wetting and the physicochemical properties of the interfacial reaction products.

Work with this model system supports the concept that exercise regimens, such as resistance training, or agents that promote glycolytic myofiber hypertrophy may be particularly efficacious in promoting metabolic health in the aging population.

For the evaluation of the introduced model, systems and concepts are being assigned to the respective levels.

This chapter discusses general topics related to telecommunications such as the Open Systems Interconnection (OSI) model, systems engineering concepts, physical (layer 1) connections, protocols, and noise and ingress protection.

These data emphasize the complexity of the Myc phenotype, even within the relative restrictions of our model system, and support the concept that the coordinated regulation of multiple effector genes is required to recapitulate Myc functions [ 52].

Initially, substrate 2 a was chosen as a model system to test our concept; its precursor 1 was accessible on scale, 7 the spirocyclic pyrrolidinone backbone would place reactive functionality in close proximity, 8 and its synthesis by cross metathesis would provide a point of diversity if the desymmetrization proved successful.