Inspur AIStation

Inspur AIStation is an AI Deep Learning management system.

As a deep learning management system developed by Inspur, DeeepEngine targets at deep learning training clusters and supports several types of deep learning frameworks. It can rapidly deploy training environment for deep learning, and comprehensively manage deep learning training tasks.

An efficient and convenient platform for the users is provided. The unified management, scheduling and monitoring of CPU and GPU resources during training runs on clusters can effectively raise utilization of computation resources and productivity.

Functions and Features:

Providing a pure deep learning workflow, convenient, easy to use

Deep learning training tasks contain a lot of steps. The AIStation provides full-process support, from data pre-processing, parameter tuning, allocation of computation resources, activation of training tasks, training monitoring to result analysis.

One-button to deploy a training environment for deep learning, rapid launching of training tasks and better efficiency

Deep learning has many frameworks and models, which often depend on different environments. When many of those are used in parallel, they will require a complicated development environment. The AIStation makes isolation and rapid deployment of resources and working environments an easy task.

Monitoring and visualization of training tasks, management of training progress and quality at any time, quickly detecting model problems.

Deep learning model trainings are time consuming. Training time last from several hours to days. Potential problems of a training run are often only after the completion of a run. To avoid such problems, the AIStation provides real-time monitoring and visualization of training tasks, log printing of cost function loss, training errors and testing errors of each step.

Dynamic allocation of GPU resources to improve utilization

In the allocation/dispatch of GPU resource, the AIStation can balance the need of large, big, long-term and short-term tasks. The dynamic allocation of GPU resources can realize reasonable resource sharing and improve GPU efficiency;

Comprehensive cluster monitoring and management, real-time control of utilization and operation of CPU/GPU resources

Real-time monitoring of clusters, reasonable scheduling of training tasks; timely detection of training problems to improve the reliability of clusters.

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