What is Deep Learning?
Deep learning is a type of machine learning in which computers form large artificial neural networks that resemble those found in the human brain.
Deep learning definition
In deep learning, large artificial neural networks are fed learning algorithms and ever-increasing amounts of data, continuously improving their ability to "think" and "learn" the more data they process. "Deep" refers to the many layers the neural network accumulates over time, and performance improves the deeper the network gets. While most deep learning is currently done with human supervision, the aim is to create neural networks that are able to train themselves and "learn" independently.
Why deep learning?
Neural nets have been around since the 1950s, but only in recent years have both computational power and data storage capabilities advanced to the point where deep learning can be used to create exciting new technologies.
While most enterprises have yet to incorporate deep learning into their business processes or products, this type of machine learning is behind "smart" technology ranging from voice- and image-recognition software to self-driving cars. Advances in deep learning and robotics may soon lead to smart medical imaging technology that can reliably make diagnoses, self-piloting drones, and self-maintaining machinery and infrastructure of all kinds.
HPE Pointnext
Leverage our newly enhanced Pointnext advisory, professional and operational support services offering for deep learning, including a new HPE GreenLake Flex Capacity offering for deep learning.
Flexible consumption
Consume your deep learning infrastructure using a flexible, on-demand consumption model. Get scalable capacity as needed, paying only for what you use, including servers, storage, networks, software, and services.
Let’s talk
Speak with an HPE expert about how you can get started with deep learning solutions.
Resources
Best Practices Guide : Managing data at petabyte scale with object storage
Learn how to manage object storage solutions with new breakthrough capabilities that are simple, cost effective, scalable, and can be rapidly deployed.
Best Practices Guide : Speed Innovation with ANSYS and high-performance computing
For engineering teams that demand CAE simulation turnaround in hours – not days or weeks – high-performance computing and ANSYS software can accelerate your breakthrough product design. Learn how to reduce design cycle time by 40 percent* when supporting multiple, concurrent complex simulations for prototyping. Register for a high-performance computing best practices guide for CAE. Explore how HPE Apollo 2000 systems offer higher density and scalability than competitors, with independent serviceability of networking modules enabling greater engineer productivity and competitive advantage for your business. Learn how data centre solutions like high-performance computing, together with ANSYS software, can speed computer-aided simulation and time-to-market while lowering TCO.
White Paper : Digital transformation trends in IT services
Digital transformation trends in IT services
Blog Post : Deep Learning Demystified for Faster Intelligence Across All Organisations
HPE and NVIDIA empowering customers with new AI solutions that are simple to deploy and manage, highly efficient and flexible to handle the challenges of tomorrow.
eBook : Deep Learning for Dummies
Are you looking for information to help you with your artificial intelligence deep learning journey? This Deep Learning Dummies guide will help you understand what AI, deep learning and machine learning can mean for you and your organisation.