在 英语 中使用 Machine learning applications 的示例及其翻译为 中文
{-}
-
Political
-
Ecclesiastic
-
Programming
Today, the majority of networking design activity is in the cloud, much of which is is being driven by artificial intelligence and machine learning applications.
Our platform is uniquely designed to enable the rapidly growing data science community and machine learning applications.
It offers an excellent collection of well-tested libraries and techniques for developing machine learning applications.
Building well performing machine learning applications requires highly specialized data scientists and domain experts.
There are many machine learning applications for which a domain specific language(DSL) is the perfect solution.
They suffer from major weaknesses in areas like advanced semiconductors to support machine learning applications.
In addition, machine learning applications in such settings need to be designed to run“continuously” for months on end(e.g., without memory leaks).
So the question is: what performance hit will we see in machine learning applications?
Machine learning applications try to find hidden patterns and correlations in the chaos of large data sets to develop models that can predict behaviour.
Thanks to machine learning applications, more and more devices now feature object recognition capabilities.
Machine learning applications can help medical organizations improve customer service, extract value from large data amounts, efficiently analyze medical records, and enhance patient treatment.
Increasing deployment of artificial intelligence and machine learning applications that utilize massive amounts of data and compute resources and often require generating real-time results.
Once again, software-based machine learning applications are adding the intelligence aspect to the cars.
In many real-world machine learning applications, AutoML is strongly needed due to the limited machine learning expertise of developers.
The development of data science and machine learning applications, for example, requires the use of large volumes of training data.
Now go forth and wield your understanding of algorithms to create machine learning applications that make better experiences for people everywhere.
However, developing successful machine learning applications requires a substantial amount of“black art” that is hard to find in textbooks.
As with most machine learning applications, progress in emotion detection depends on accessing more high-quality data.
Machine learning applications find hidden patterns and correlations in the chaos of large data sets to develop models that can predict behavior.
Though, developing effective machine learning applications need a considerable amount of“black art” that is not that easy to find in manuals.