Sentence examples for use of computational and from inspiring English sources

These limitations call for the use of computational and higher-throughput in vitro approaches.

The results permit the design of scalable image-retrieval systems which make optimal use of computational and storage resources.

This article discusses the use of computational and intelligent techniques for structural monitoring in the form of a review with emphasis on composite materials.

When there are three agents in the network, the combined use of computational and analytical methods reveals a relatively more complex polynomial relationship between long-run and initial beliefs.

However, despite the increased use of computational and statistical tools to understand chemical transformations, Alexei Lapkin (University of Cambridge) pointed out that complex processes are still largely unpredictable, however well individual components are understood.

This is increasingly fueled by new discoveries in computer science and data science, coupled with the quick-paced ubiquity and massive use of computational and data analytics within a variety of urban domains to address the complex challenges of sustainability and urbanization facing the city.

Programming challenges Students had difficulties in understanding the meaning and use of computational constructs and other visual primitives (for example, variables, conditionals, and loops).

The editing environment uses the Shewanella oneidensis MR-1 (MR1) genome as a reference and makes use of computational predictions and experimental data to support both automatic and manual curation.

However, despite ongoing efforts, there are deep and unsolved conceptual and theoretical issues regarding the use of computational modeling and representation of data to advance the predictive understanding of complex diseases.

Constraint-based metabolic modelling (CBMM) consists in the use of computational methods and tools to perform genome-scale simulations and predict metabolic features at the whole cellular level.

It argues that the coupled use of computational design and digital fabrication processes allows designers to explore and materialize a higher level of design complexity in a structured and controlled way, especially when non-isometric transformations are involved.