Examples of using Large datasets in English and their translations into Ukrainian
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These tools all rely on large datasets.
Large datasets are a means to an end;
Lazy classifiers are most useful for large datasets with few attributes.
Third, large datasets enable researchers to detect small differences.
Matching is a powerful strategy for finding fair comparisons in large datasets.
GB RAM or more for large datasets, point clouds, and 3D modeling.
This hinders the scalability of this approach and creates problems with large datasets.
For more on why large datasets render statistical tests problematic, see M.
To fit these models,you will implement optimization algorithms that scale to large datasets.
Large datasets can also create computational problems that are generally beyond the capabilities of a single computer.
Today, state-of-the-art visualrecognition systems are trained using large datasets of annotated images produced by humans.
Large datasets can be easily bound to SVG objects using simple D3. js functions to generate rich text/graphic charts and diagrams.
In my experience,the study of rare events is one of the three specific scientific ends that large datasets tend to enable.
In the examples I have seen, the studies rely on large datasets, for example, incidences in an entire country, in order to show a significant effect.
Learn Data Analysis in three courses designed to give someonethe basics of analysis through to the ability to manipulate and query large datasets.
Finally, in addition to studying rare events and studying heterogeneity, large datasets also enable researchers to detect small differences.
For more on why large datasets, render statistical tests problematic, see Lin, Lucas, and Shmueli(2013) and McFarland and McFarland(2015).
Researchers who don't think aboutsystematic error will end up using their large datasets to get a precise estimate of the wrong thing;
As well as providing ways to explore large datasets, there has also been success in creating simple tools for users that provide personally relevant snippets of information.
The MS in Applied Data Science prepares students with the practical analytical and technical skills to applyanalytical concepts to gain insight from small and large datasets.
Therefore, researchers making computations on large datasets often spread the work over many computers, a process sometimes called parallel programming.
A new technique for estimating the mass of the Milky Way galaxy promises more reliable results,especially when it's applied to large datasets generated by current and future surveys.
Algorithms crunch large datasets to find signals in the noise, and the goal is to maximize the number of comparisons you make between data to find the best models to describe that data.
The key to its design was a fairly high parallelism, with up to 256 processors,which allowed the machine to work on large datasets in what would later be known as vector processing.
While the tools and techniques to present large datasets in graphics and news apps may differ from project to project, the basic design principles stay pretty much the same.
This includes R- a programming language renowned for its simplicity, elegance and community support- and Hadoop- an open source,Java-based programming framework for large datasets.
Graduates of the MS in Data Mining and Predictive Analytics program willobtain a variety of skills required to analyze large datasets and to develop modeling solutions to support decision making.
Although large datasets don't fundamentally change the problems with making causal inference from observational data, matching and natural experiments- two techniques that researchers have developed for making causal claims from observational data- both greatly benefit from large datasets. .
Quite simply, researchers who don't think aboutsystematic error face the risk of using their large datasets to get a precise estimate of an unimportant quantity, such as the emotional content of meaningless messages produced by an automated bot.
The discovery team led by Olga Cucciati used computational astrophysics methods and astroinformatics;statistical techniques were applied to large datasets of galaxy redshifts, using a two-dimensional Voronoi tessellation to correlate gravitational interaction(virialization) of visible structures.[3] The existence of non-visible(dark matter) structures was inferred.[citation needed].
