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What is a Deep Learning Cloud?

Deep learning clouds are used to increase deep learning accessibility. This allows for larger data sets to be analyzed and to train in different algorithms. Deep learning in the cloud allows for distribution of model training across multiple machines, instead of just in one machine. It can also access certain hardware configurations like GPUs and high performance computing systems. Deep learning in the cloud does not require an initial investment, payment is only based on time used which makes it more cost effective. Deep learning cloud is making resources more available to smaller and newer organizations. 

Examples of Deep Learning Clouds

The most popular deep learning cloud services are Google Cloud, Amazon, and Microsoft Azure. Each different cloud learning program does include different characteristics, and computing mechanisms. When choosing a platform for your organization it is important to focus on data preparation, scale-up testing, prediction performance, framework support, and included services. When picking a cloud learning service, choices can be made between cloud deep learning, classical machine learning, and programs that focus more on job scheduling and distribution. Deep learning clouds can include natural language processing, service mechanisms and other things to enhance deep learning. Working within the cloud does require more initial set up but then reduces training time and allows for training on several different networks at the same time. There are public and private cloud services which differ mainly on the basis of privacy and security.

Why are Deep Learning Clouds Important?

Cloud services provide more advanced capabilities for managing data, training models, and using various algorithms. Deep learning cloud has been shown to be more affordable, faster, more reliable, and flexible for organizations. With cloud there are better back-ups, more security, and the ability to run higher end and more complex analytical programs. Deep learning cloud is cost effective for both individuals to use. With cloud services, there is a decreased risk of hacking and security breaches which is important for organizations that need to keep information private. 

How are Deep Learning Clouds Used?

Deep learning cloud is being used across all organizations, it is very scalable and more broad in ability then traditional machine learning models. This allows small, new organizations to adapt it to them, but also for larger organizations that need to analyze large data sets. Using a cloud removes the need for extra storage on a computer or device, because everything is stored externally through a cloud service. This is what makes it possible for deep learning to occur on very large data sets using several different machines. With deep learning cloud, the user does not buy the cloud computing program, it is rather rented for as long as needed. This can be as quick as an individual run or for several years. 

Deep Learning Cloud FAQs

What is payment like for a deep learning cloud? With deep learning cloud, there are not any startup or initial fees. Access will be given to the information, and as deep learning is utilized costs will be incurred. Costs are on a usage basis. 

Why deep learning cloud vs traditional deep learning models? Deep learning cloud allows for less training time, lower costs and the ability for multiple machines to work together. Deep learning cloud is allowing for smaller and newer organizations to use this technology. It is also more adaptable in terms of scalability. 

Should I use a public or private cloud service for deep learning? Public cloud services are available for the general public and tend to be less secure. Private clouds are typically used by organizations who need to maintain security, availability and have higher levels of performance. 

What if I have more questions? For more specific deep learning cloud questions, information can be found on the cloud service chosen. Each deep learning cloud program operates slightly differently and includes different functions.