The resulting dataset was then used to
train a classifier algorithm that gives any headline posted on Facebook a «clickbait» score based on patterns.
In sum, this research supports the notion that review team can do an equal or better job at
training a classifier, especially when instructed to construe relevance broadly.
Not exact matches
Wilf says that for each of their
classifiers, the
training sets of images run in the thousands.
The molecular fingerprint obtained by the MasSpec Pen from an uncharacterized tissue sample is instantaneously evaluated by software, called a statistical
classifier,
trained on a database of molecular fingerprints that Eberlin and her colleagues gathered from 253 human tissue samples.
After that, a
classifier algorithm based on machine learning was
trained to connect the specific emotions and the brain data related to them.
The algorithm uses a type of
classifier known as Random Forests, which uses 21 different features to detect bots, and the
classifier itself is
trained by the original dataset annotated by the human annotators.
Next, the authors used a machine learning
classifier trained on 592 true positive and 1,630 false positive de novo calls that had been validated experimentally.
However, human
classifiers do possess the key advantage of being able to imagine lens systems beyond what they were shown during their
training.
These 100 protein families were then used as a «
training set» to build a machine learning
classifier that could classify the remaining 9,900 protein families in diseased versus healthy states.
A support vector machine (SVM)
classifier is then
trained to discriminate between the sets, and is subsequently applied to the «uncertain» feature candidates from external IDs, facilitating selection and confidence scoring of the best feature candidate for each peptide.
Using this network as a feature calculator, we
train standard
classifiers that assign proteins to previously unseen compartments after observing only a small number of
training examples.
Computational
classifiers trained between wild ‐ type cells and cells expressing Cas9 and gRNA enable the profiling of multivariate single cell phenotypes.
Our intention is to use this data to
train automated
classifiers that will run against the whole of the content.
Once our
classifier has extracted descriptors and key phrases from documents, legally
trained editors review and approve its output.