在 英语 中使用 Labeled data 的示例及其翻译为 中文
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In order to do this, we must be able to map any given text to a particular topic, which requires massive amounts of labeled data.
In this scenario, you are providing a computer program with labeled data.
The first way is to go out there and amass a giant stockpile of labeled data on their own.
In fact, thanks to its ability to train via simulation, the need for labeled data is removed altogether.
And there will be new service-based companies that will outsource labeling to low-cost countries, as well as create labeled data through synthetic means.
These days, nearly all AI-based products in our lives rely on“deep neural networks” that automatically learn to process labeled data.
And there's another area of language use that also has plentiful labeled data: machine translation.
One can always try to get more labeled data, but this can be expensive.
With so little labeled data, it is a tedious and slow process for data scientists to build machine learning models in most all enterprises.
Often, the practical answer is to work our how to get more labeled data as quickly as you can.
We also need labeled data to test our ideas using deep learning.
The labeled data set is the teacher that will train you to understand patterns in the data. .
Because of Moore's Law and the internet, we now have enough labeled data and computation to enable ML to create remarkable software.
If you have labeled data, it's a supervised learning problem.
In this case, some labeled data specific to the target domain remains necessary in order to induce an objective predictive model for the target domain.
This ANN is said to have learned from several examples(labeled data) and from its mistakes(error propagation).
Without labeled data, it couldn't recognize its own improvements so it wouldn't know to stick with each improvement along the way.
Let's say this labeled data consists of pictures of apples and oranges, respectively.
The expected output is called a label, and the data is‘labeled data'.
Relationships discovered in this paper can be used to build more effective visual systems that will require less labeled data and lower computational costs.