This project has retired. For details please refer to its Attic page.
Learning Rates — Apache MXNet documentation
Get Started Blog Features Ecosystem Docs & Tutorials GitHub
1.8.0
master
1.8.0
1.7.0
1.6.0
1.5.0
1.4.1
1.3.1
1.2.1
1.1.0
1.0.0
0.12.1
0.11.0
Python Tutorialsnavigate_next Packagesnavigate_next Gluonnavigate_next Trainingnavigate_next Learning Rates
Quick search
code
Show Source
Table Of Contents
  • Python Tutorials
    • Getting Started
      • Crash Course
        • Manipulate data with ndarray
        • Create a neural network
        • Automatic differentiation with autograd
        • Train the neural network
        • Predict with a pre-trained model
        • Use GPUs
      • Moving to MXNet from Other Frameworks
        • PyTorch vs Apache MXNet
      • Gluon: from experiment to deployment
      • Logistic regression explained
      • MNIST
    • Packages
      • Automatic Differentiation
      • Gluon
        • Blocks
          • Custom Layers
          • Customer Layers (Beginners)
          • Hybridize
          • Initialization
          • Parameter and Block Naming
          • Layers and Blocks
          • Parameter Management
          • Saving and Loading Gluon Models
          • Activation Blocks
        • Data Tutorials
          • Image Augmentation
          • Spatial Augmentation
          • Color Augmentation
          • Composed Augmentations
          • Gluon Datasets and DataLoader
          • Using own data with included Datasets
          • Using own data with custom Datasets
          • Appendix: Upgrading from Module DataIter to Gluon DataLoader
        • Image Tutorials
          • Image Augmentation
          • Image similarity search with InfoGAN
          • Handwritten Digit Recognition
          • Using pre-trained models in MXNet
        • Losses
          • Custom Loss Blocks
          • Kullback-Leibler (KL) Divergence
          • Loss functions
        • Text Tutorials
          • Google Neural Machine Translation
          • Machine Translation with Transformer
        • Training
          • MXNet Gluon Fit API
          • Trainer
          • Learning Rates
            • Learning Rate Finder
            • Learning Rate Schedules
            • Advanced Learning Rate Schedules
          • Normalization Blocks
      • KVStore
        • Distributed Key-Value Store
      • NDArray
        • An Intro: Manipulate Data the MXNet Way with NDArray
        • NDArray Operations
        • NDArray Contexts
        • Gotchas using NumPy in Apache MXNet
        • Tutorials
          • CSRNDArray - NDArray in Compressed Sparse Row Storage Format
          • RowSparseNDArray - NDArray for Sparse Gradient Updates
          • Train a Linear Regression Model with Sparse Symbols
          • Sparse NDArrays with Gluon
      • ONNX
        • Fine-tuning an ONNX model
        • Running inference on MXNet/Gluon from an ONNX model
        • Importing an ONNX model into MXNet
        • Export ONNX Models
      • Optimizers
      • Visualization
        • Visualize networks
    • Performance
      • Compression
        • Deploy with int-8
        • Float16
        • Gradient Compression
        • GluonCV with Quantized Models
      • Accelerated Backend Tools
        • Intel MKL-DNN
          • Quantize with MKL-DNN backend
          • Install MXNet with MKL-DNN
        • TensorRT
          • Optimizing Deep Learning Computation Graphs with TensorRT
        • Use TVM
        • Profiling MXNet Models
        • Using AMP: Automatic Mixed Precision
    • Deployment
      • Export
        • Exporting to ONNX format
        • Export Gluon CV Models
        • Save / Load Parameters
      • Inference
        • Deploy into C++
        • Image Classication using pretrained ResNet-50 model on Jetson module
        • Deploy into a Java or Scala Environment
        • Real-time Object Detection with MXNet On The Raspberry Pi
      • Run on AWS
        • Run on an EC2 Instance
        • Run on Amazon SageMaker
        • MXNet on the Cloud
    • Extend
      • Custom Layers
      • Custom Numpy Operators
      • New Operator Creation
      • New Operator in MXNet Backend
  • Python API
    • mxnet.ndarray
      • ndarray
      • ndarray.contrib
      • ndarray.image
      • ndarray.linalg
      • ndarray.op
      • ndarray.random
      • ndarray.register
      • ndarray.sparse
      • ndarray.utils
    • mxnet.gluon
      • gluon.Block
      • gluon.HybridBlock
      • gluon.SymbolBlock
      • gluon.Constant
      • gluon.Parameter
      • gluon.ParameterDict
      • gluon.Trainer
      • gluon.contrib
      • gluon.data
        • data.vision
          • vision.datasets
          • vision.transforms
      • gluon.loss
      • gluon.model_zoo.vision
      • gluon.nn
      • gluon.rnn
      • gluon.utils
    • mxnet.autograd
    • mxnet.initializer
    • mxnet.optimizer
    • mxnet.lr_scheduler
    • mxnet.metric
    • mxnet.kvstore
    • mxnet.symbol
      • symbol
      • symbol.contrib
      • symbol.image
      • symbol.linalg
      • symbol.op
      • symbol.random
      • symbol.register
      • symbol.sparse
    • mxnet.module
    • mxnet.contrib
      • contrib.autograd
      • contrib.io
      • contrib.ndarray
      • contrib.onnx
      • contrib.quantization
      • contrib.symbol
      • contrib.tensorboard
      • contrib.tensorrt
      • contrib.text
    • mxnet
      • mxnet.attribute
      • mxnet.base
      • mxnet.callback
      • mxnet.context
      • mxnet.engine
      • mxnet.executor
      • mxnet.executor_manager
      • mxnet.image
      • mxnet.io
      • mxnet.kvstore_server
      • mxnet.libinfo
      • mxnet.log
      • mxnet.model
      • mxnet.monitor
      • mxnet.name
      • mxnet.notebook
      • mxnet.operator
      • mxnet.profiler
      • mxnet.random
      • mxnet.recordio
      • mxnet.registry
      • mxnet.rtc
      • mxnet.runtime
      • mxnet.test_utils
      • mxnet.torch
      • mxnet.util
      • mxnet.visualization
Table Of Contents
  • Python Tutorials
    • Getting Started
      • Crash Course
        • Manipulate data with ndarray
        • Create a neural network
        • Automatic differentiation with autograd
        • Train the neural network
        • Predict with a pre-trained model
        • Use GPUs
      • Moving to MXNet from Other Frameworks
        • PyTorch vs Apache MXNet
      • Gluon: from experiment to deployment
      • Logistic regression explained
      • MNIST
    • Packages
      • Automatic Differentiation
      • Gluon
        • Blocks
          • Custom Layers
          • Customer Layers (Beginners)
          • Hybridize
          • Initialization
          • Parameter and Block Naming
          • Layers and Blocks
          • Parameter Management
          • Saving and Loading Gluon Models
          • Activation Blocks
        • Data Tutorials
          • Image Augmentation
          • Spatial Augmentation
          • Color Augmentation
          • Composed Augmentations
          • Gluon Datasets and DataLoader
          • Using own data with included Datasets
          • Using own data with custom Datasets
          • Appendix: Upgrading from Module DataIter to Gluon DataLoader
        • Image Tutorials
          • Image Augmentation
          • Image similarity search with InfoGAN
          • Handwritten Digit Recognition
          • Using pre-trained models in MXNet
        • Losses
          • Custom Loss Blocks
          • Kullback-Leibler (KL) Divergence
          • Loss functions
        • Text Tutorials
          • Google Neural Machine Translation
          • Machine Translation with Transformer
        • Training
          • MXNet Gluon Fit API
          • Trainer
          • Learning Rates
            • Learning Rate Finder
            • Learning Rate Schedules
            • Advanced Learning Rate Schedules
          • Normalization Blocks
      • KVStore
        • Distributed Key-Value Store
      • NDArray
        • An Intro: Manipulate Data the MXNet Way with NDArray
        • NDArray Operations
        • NDArray Contexts
        • Gotchas using NumPy in Apache MXNet
        • Tutorials
          • CSRNDArray - NDArray in Compressed Sparse Row Storage Format
          • RowSparseNDArray - NDArray for Sparse Gradient Updates
          • Train a Linear Regression Model with Sparse Symbols
          • Sparse NDArrays with Gluon
      • ONNX
        • Fine-tuning an ONNX model
        • Running inference on MXNet/Gluon from an ONNX model
        • Importing an ONNX model into MXNet
        • Export ONNX Models
      • Optimizers
      • Visualization
        • Visualize networks
    • Performance
      • Compression
        • Deploy with int-8
        • Float16
        • Gradient Compression
        • GluonCV with Quantized Models
      • Accelerated Backend Tools
        • Intel MKL-DNN
          • Quantize with MKL-DNN backend
          • Install MXNet with MKL-DNN
        • TensorRT
          • Optimizing Deep Learning Computation Graphs with TensorRT
        • Use TVM
        • Profiling MXNet Models
        • Using AMP: Automatic Mixed Precision
    • Deployment
      • Export
        • Exporting to ONNX format
        • Export Gluon CV Models
        • Save / Load Parameters
      • Inference
        • Deploy into C++
        • Image Classication using pretrained ResNet-50 model on Jetson module
        • Deploy into a Java or Scala Environment
        • Real-time Object Detection with MXNet On The Raspberry Pi
      • Run on AWS
        • Run on an EC2 Instance
        • Run on Amazon SageMaker
        • MXNet on the Cloud
    • Extend
      • Custom Layers
      • Custom Numpy Operators
      • New Operator Creation
      • New Operator in MXNet Backend
  • Python API
    • mxnet.ndarray
      • ndarray
      • ndarray.contrib
      • ndarray.image
      • ndarray.linalg
      • ndarray.op
      • ndarray.random
      • ndarray.register
      • ndarray.sparse
      • ndarray.utils
    • mxnet.gluon
      • gluon.Block
      • gluon.HybridBlock
      • gluon.SymbolBlock
      • gluon.Constant
      • gluon.Parameter
      • gluon.ParameterDict
      • gluon.Trainer
      • gluon.contrib
      • gluon.data
        • data.vision
          • vision.datasets
          • vision.transforms
      • gluon.loss
      • gluon.model_zoo.vision
      • gluon.nn
      • gluon.rnn
      • gluon.utils
    • mxnet.autograd
    • mxnet.initializer
    • mxnet.optimizer
    • mxnet.lr_scheduler
    • mxnet.metric
    • mxnet.kvstore
    • mxnet.symbol
      • symbol
      • symbol.contrib
      • symbol.image
      • symbol.linalg
      • symbol.op
      • symbol.random
      • symbol.register
      • symbol.sparse
    • mxnet.module
    • mxnet.contrib
      • contrib.autograd
      • contrib.io
      • contrib.ndarray
      • contrib.onnx
      • contrib.quantization
      • contrib.symbol
      • contrib.tensorboard
      • contrib.tensorrt
      • contrib.text
    • mxnet
      • mxnet.attribute
      • mxnet.base
      • mxnet.callback
      • mxnet.context
      • mxnet.engine
      • mxnet.executor
      • mxnet.executor_manager
      • mxnet.image
      • mxnet.io
      • mxnet.kvstore_server
      • mxnet.libinfo
      • mxnet.log
      • mxnet.model
      • mxnet.monitor
      • mxnet.name
      • mxnet.notebook
      • mxnet.operator
      • mxnet.profiler
      • mxnet.random
      • mxnet.recordio
      • mxnet.registry
      • mxnet.rtc
      • mxnet.runtime
      • mxnet.test_utils
      • mxnet.torch
      • mxnet.util
      • mxnet.visualization

Learning Rates¶

  • Learning Rate Finder
  • Learning Rate Schedules
  • Advanced Learning Rate Schedules
Did this page help you?
Yes
No
Thanks for your feedback!
Previous
Trainer
Next
Learning Rate Finder

Resources

  • Dev list
  • User mailing list
  • Developer Wiki
  • Jira Tracker
  • Github Roadmap
  • MXNet Discuss forum
  • Contribute To MXNet
  • apache/incubator-mxnet
  • apachemxnet
  • apachemxnet

A flexible and efficient library for deep learning.

Apache MXNet is an effort undergoing incubation at The Apache Software Foundation (ASF), sponsored by the Apache Incubator. Incubation is required of all newly accepted projects until a further review indicates that the infrastructure, communications, and decision making process have stabilized in a manner consistent with other successful ASF projects. While incubation status is not necessarily a reflection of the completeness or stability of the code, it does indicate that the project has yet to be fully endorsed by the ASF.

"Copyright © 2017-2018, The Apache Software Foundation Apache MXNet, MXNet, Apache, the Apache feather, and the Apache MXNet project logo are either registered trademarks or trademarks of the Apache Software Foundation."