Examples of using Each data point in English and their translations into Chinese
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Political
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Ecclesiastic
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Programming
Put each data point in its own cluster.
Also, we can see that it is based on each data point.
Associate each data point to the closest medoid.
Also, we can see that it is based on each data point.
Then each data point is assigned to the closest centroid.
I would like to display each data point's series name.
Each data point is assigned to the closest cluster center.
Also, we can see that it is based on each data point.
Randomly assign each data point to any of the 3 clusters.
The spline must be continuous at each data point, that is.
Assigns each data point to the closest of the randomly created centers.
ItemColorSet- The color of each data point in a chart.
Each data point forms a cluster with the closest centroids i.e. k clusters.
Use the standard deviation of the repeated measurements for each data point to make error bars.
Each data point forms a cluster with the closest centroids, i.e., K clusters.
The view updates to show a line connecting each data point, and the Marks card updates with a Path button.
Now each data point forms a cluster with the closest centroids, i.e., k clusters.
Also, the measurement itself takes a very long time in order toeliminate noise- each data point took four hours to obtain.”.
Each data point ran for one hour, with the database recreated before each run.
As with the classification example, we have two-dimensional data: that is,there are two features describing each data point.
Documentation for each data point so you can address site accessibility issues right away.
Given these Gaussian distributions for each cluster, compute the probability that each data point belongs to a particular cluster.
So, each data point produces values for every internal and output node in the neural network.
It gives you information on how similar each data point is within your sample, which helps you determine if the data is significant.
Each data point corresponds to a sentence and is coloured accordingly to the deep learning systems prediction and the true target.
In supervised learning, each data point is labeled or associated with a category or value of interest.
As an example, each data point could represent the amount of time in seconds that it requires a student to answer a particular exam question.
You can start with a belief, but each data point will either strengthen or weaken that belief and you update your hypothesis all the time.
You can start with a belief, but each data point will either strengthen or weaken that belief and you update your hypothesis all the time.