Sentence examples for knowledge of computational from inspiring English sources

The Computational Biology Track is intended for students who wish to develop working knowledge of computational techniques and their applications to biomedical research.

They want to empower any Cal undergraduate with knowledge of computational thinking, knowledge they say is as indispensable to a modern education as English, history and math.

Our approach does not rely on the knowledge of computational demands of individual tasks.

For those in computational logic, no previous knowledge of machine learning is assumed and, for those in machine learning, no previous knowledge of computational logic is assumed.

Semantic Systems Biology has been termed the new field of research that aims to improve formal knowledge representation of computational models to enhance construction, comparison, validation, or retrieval (9).

So, scientists seeking work in the pharmaceutical industry benefit, both Edgar and Snyder say, from a deep knowledge of biogenetics, computational biology, and bioinformatics.

The readers will benefit from gaining knowledge of the computational intelligence and on what problems can be solved in several areas; they will learn what kind of approaches is advised to use in order to solve these problems.

In environmental science, the modeling activity can be complex and difficult, even for a specialist: acquiring knowledge of individual computational models, searching, gathering and analyzing raw data, ensuring high quality of data, transforming the data into formats compatible with the computational models, and then finally performing the modeling.

Some DVFS approaches target real-time systems, deploying scheduling methods that rely on the knowledge of the computational demand of individual tasks in order to allow response-time analysis, for example, Wang and Lu [9], Bambagini and Marinoni [11], or Bini et al. [14].

Our knowledge of the computational function of the nervous system remains limited and no general theory has emerged.

Trained in computer science (with specialization in artificial intelligence), my research revolves around the representation of biomedical knowledge and the development of computational methods to apply such knowledge to solve biomedical problems.