Examples of using Dataset in English and their translations into Malayalam
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Computer
We will now give you another dataset.
With this larger dataset, repeat part(d).
Large datasets are a means to an end; they are not an end in themselves.
Finally, replicate the same plot with the 2nd version, English fiction dataset.
Questioning datasets, imagining inquiry comes about and making reports.
Now replicate the same plot with the 2nd version of the corpus,English dataset.
Every national accounts dataset gives GDP calculations for two years: 2011-12 and the current year.
While that might be true in general,for some of the 500,000 people in the dataset, movie ratings might be quite sensitive.
Large datasets can also create computational problems that are generally beyond the capabilities of a single computer.
First, it means that attempting to“anonymize” the dataset based on random perturbation will likely fail.
In my experience, the study of rare events isone of the three specific scientific ends that large datasets tend to enable.
With this merged dataset, Costa and Kahn found that the Home Energy Reports produced broadly similar effects for participants with different ideologies;
Researchers who don't think about systematicerror will end up using their large datasets to get a precise estimate of the wrong thing;
Analyze big datasets such as for example genomic series data natural data, and data data regarding clinical or basic research functions.
In other words, sparsity is a fundamental problem for efforts to“anonymize” data,which is unfortunate because most modern social dataset are sparse.
With this merged dataset, Costa and Kahn found that the Home Energy Reports produced broadly similar effects for participants with different ideologies;
In an interesting article Metcalf(2016)makes the argument that“publicly available datasets containing private data are among the most interesting to researchers and most risky to subjects.”.
Having a big dataset enables some specific types of research- measuring heterogeneity, studying rare events, detecting small differences, and making causal estimates from observational data.
Developed by a company in North Carolina called Automated Insights,it plucks the most interesting nuggets from a dataset and uses them to structure an article(or email, or product listing).
The result of this collaborative effort is a massive dataset summarizing the information embedded in these manifestos, and this dataset has been used in more than 200 scientific papers.
The best way to think about these second-generation systems is that rather than having humans solve a problem,they have humans build a dataset that can be used to train a computer to solve the problem.
In conclusion, big datasets are not an end in themselves, but they can enable certain kinds of research including the study of rare events, the estimation of heterogeneity, and the detection of small differences.
I call this kind of project a second-generation human computational project because, rather than having humans solve a problem,they have humans build a dataset that can be used to train a computer to solve the problem.
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.
It[is] difficult to avoid the conclusion thatwomen were omitted because this‘tailor made' dataset was confined by a paradigmatic logic which excluded female experience. Driven by a theoretical vision of class consciousness and action as male preoccupations…, Goldthorpe and his colleagues constructed a set of empirical proofs which fed and nurtured their own theoretical assumptions instead of exposing them to a valid test of adequacy.”.