Sentence examples for principles of computational from inspiring English sources
In particular, we will focus on how adaptation services can be used to improve dependability in instrumented cyber-physical systems based on the principles of "computational reflection".
For the reader to gain appreciation for the complexity of these calculations and to promote responsible usage of available computational software, basic principles of computational theory are presented along with simple guidelines for the nonexpert user.
Specifically, we discuss essential principles of computational methods that are required to meet the key challenges of the RNA-seq data analyses, development of various bioinformatics tools, challenges associated with the RNA-seq applications, and examples that represent the advances made so far in the characterization of the transcriptome.
At its core is what he calls the Principle of Computational Equivalence, which is that all systems that exhibit more than simple behavior (like the automata cells on this page) have equal computational powers -- they are all universal computers.
He also seems to want to take credit for complexity theory itself.There's no short cutOne last act of daring is Mr Wolfram's principle of computational equivalence, by which he lumps together all complex phenomena as equally complex manifestations of the same underlying rules for cellular automata.
Even granting the truth of the two premises (that is, even granting the troublesome Principle of Computational Equivalence), it is doubtful the desired conclusion would follow.
The principle of computational analysis has been described elsewhere [ 10, 11].
The basic principles of the computational methods are presented in a fairly general context where the time discretization aspect is also discussed.
The aim here is to provide the design principles of the computational component of the project namely, an electronic dictionary and a multimedia database which would provide an innovative mechanism of storing, processing and retrieving oral and written dialectal data.
Following these principles of combining computational and 'wet' engineering, Atkinson et al. (2003) used mathematical models to guide the development of a genetic clock in Escherichia coli that exhibited damped oscillations.
In addition to these programs, a Computational Biology course was designed and implemented to acquaint students with the concepts, principles, and methodologies of computational biology.
