Examples of using Training examples in English and their translations into Chinese
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Programming
Some specific training examples:.
All the training examples will be merged in a single matrix X:.
Denote the number of training examples.
The training examples are vectors in a multidimensional feature space, each with a class label.
Denote the number of training examples.
Users can take advantage of these feature libraries andachieve great accuracy by learning from just a few hundred training examples.
Do you have enough training examples?
The typical use case is to discover the hidden structure andrelations between the training examples.
N$ is the number of training examples.
For example, standard decision tree learners cannotlearn trees with more leaves than there are training examples.
Getting more training examples: Fixes high variance.
Now we can calculate Z for all the training examples using:.
But it requires far fewer training examples, suggesting that it better replicates what the brain does.
The training data consist of a set of training examples.
The model described in the paper has training examples that have a sentence(or caption) associated with each image.
The number below each task denotes the number of training examples.
If we have not yet observed any training examples, this distribution revolves around \mu=0, according to our original assumption.
The training data herein consists of a set of training examples.
This means that given a number of training examples, the system needs to be able to generalize to examples it has never seen before.
Thus, we have 3 input nodes to the network and4 training examples.
To generate training examples, we started by gathering a large collection of 100,000 high-quality videos of lectures and talks from YouTube.
Thus, we have 3 input nodes to the network and4 training examples.
We feed in pairs of(book title, link) training examples with a mix of positive- true- and negative- false- pairs.
Expected generalization error can never increase as the number of training examples.
The framework gives the robot a limited number of training examples and uses them to generalize to new objects.
Much of machine learninginvolves acquiring general concepts from specific training examples.
Also, deep learningis poor at handling data that deviates from its training examples, also known as"edge cases.".
Perhaps it becomes intuitive why wecould have"loaded in" an arbitrary number of training examples.
Luckily, the training dataalso includes background noise which we mix with our training examples at various volumes.
One of Machine Learning's most successful paradigm is supervised learning whichlets you build a generalization model by learning from a lot of training examples.
