For a framework that can handle distributed training and performance tuning for big machine learning projects, PyTorch is a great option. PyTorch is good for rapid, flexible experimentation and for production use, too, with distributed training abilities built into its torch.distributed
backend. It's got a rich ecosystem of libraries for model interpretability, deep learning and integration with scikit-learn, and is good for both prototyping and large-scale use. PyTorch also supports end-to-end workflows for mobile deployment and has native support for the ONNX format.
Another contender is Anyscale, which is based on the open-source Ray framework. It offers the highest performance and efficiency with features like workload scheduling, intelligent instance management, and GPU and CPU fractioning for maximum resource utilization. Anyscale supports a broad range of AI models and integrates with popular IDEs for a seamless workflow for running, debugging and testing at scale. It also has strong security and governance controls, making it a great option for enterprise use cases.
RunPod is also an option, especially if you're looking for a cloud service to develop, train and run AI models. RunPod is a globally distributed GPU cloud that can spin up GPU pods instantly and run ML inference with serverless autoscaling. The service has more than 50 preconfigured templates for frameworks like PyTorch and TensorFlow, and a CLI tool for easy provisioning and deployment. With real-time logs and analytics, 99.99% uptime and flexible pricing, RunPod is built to support large-scale AI workloads.
Last but not least, TensorFlow is a mature open-source framework that can handle distributed training through its Distribution Strategy API. TensorFlow is a flexible environment for developing and running machine learning models, with tools like the Keras API for simple model development and TensorFlow Lite for deployment. It can be used in a variety of applications, including on-device machine learning and reinforcement learning, and has a wealth of community resources and libraries for many domains. TensorFlow is widely used in tech, health care and education, so it's a good option for large-scale ML projects.