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Platform For AI:Image generation

Last Updated:Jun 02, 2026

Train generative adversarial network (GAN) models for image synthesis. Supports DCGAN, WGAN-GP, LSGAN, GGAN, PGGAN, and StyleGAN architectures.

Supported computing resources

Deep Learning Containers (DLC)

Inputs and outputs

Input ports

  • Connect the Read File Data component to specify the Object Storage Service (OSS) path of your training images.

  • Or set the oss path to train data parameter directly to the OSS path of your training images.

Output port

The trained model is saved to the OSS path set in oss path to output distributed.

The following table describes the component parameters.

Configure the component

Add the image generation component to your Machine Learning Designer pipeline and configure the following parameters.

Tab

Parameter

Required

Description

Default value

Fields Setting

oss path to train data

No

If no upstream data source is connected, specify the OSS path of your training images.

None

oss path to pretrained model

No

OSS path to a pre-trained model for transfer learning. If empty, training starts from scratch. Must be in the same OSS bucket as your training images.

None

oss path to output distributed

Yes

OSS path for the trained model output. Must be in the same OSS bucket as your training images.

None

Parameters Setting

image generation network

Yes

GAN architecture for training. Options: DCGAN, WGAN-GP, LSGAN, GGAN, PGGAN, and StyleGAN.

dcgan

learning rate

Yes

Learning rate for model optimization.

0.001

number of train iterations

Yes

Total training iterations. Each iteration processes one batch of images (set by batch size).

10000

visualization iterations

Yes

Interval for generating sample images from random noise. Samples are saved to the training_samples folder under oss path to output distributed.

1000

batch size

Yes

Number of images per training iteration.

32

model save interval

No

Checkpoint save frequency during training, in epochs.

1

Tuning

Select Resource Group

Public Resource Group

No

Select the instance type and VPC. This algorithm requires a GPU instance.

None

Dedicated resource group

No

Specify CPU cores, memory, shared memory, and GPU count.

None

Maximum Running Duration (seconds)

No

Maximum execution time. Training stops when this limit is reached.

None