Accessing Tensorboard on AWS
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Introduction
TensorBoard is a powerful visualization tool that comes with TensorFlow to visualize the training process of your models. It provides insights into your model's performance, allowing you to make data-driven decisions to tweak your model. When working with cloud resources like Amazon Web Services (AWS), you might want to access TensorBoard remotely to leverage better computational capabilities. This article explains how to set up and access TensorBoard on AWS.
Setting Up TensorBoard on AWS
Prerequisites
Before you begin, ensure you have the following prerequisites:
- AWS Account: You need an AWS account to create and manage your cloud resources.
- IAM Role: A proper IAM role is required with appropriate permissions for access to EC2 and S3, if you plan to store logs in S3.
- AWS CLI Installed: The AWS Command Line Interface should be set up on your local machine for easier management of AWS resources.
Launching an EC2 Instance
- Log into the AWS Management Console and navigate to EC2 dashboard.
- Launch an Instance:
- Choose an Amazon Machine Image (AMI) that supports TensorFlow. The Amazon Linux 2 AMI is a popular choice.
- Select an instance type. For machine learning tasks, GPU instances like `p2.xlarge` or `g3.4xlarge` might be suitable, depending on your use case.
- Configure the instance with appropriate security settings. Make sure the security group allows inbound TCP traffic on ports `22` (for SSH) and `6006` (for TensorBoard).
- SSH into your EC2 Instance:
- Use an SSH client to access your instance:
- Install TensorFlow if it is not already installed:
- Verify TensorBoard installation:
- Install the TensorFlow S3 plugin:
- Update your TensorBoard call:
- Firewall Blockage: Make sure port `6006` is open on both the security group and any corporate firewall.
- Instance Connectivity: Double-check your SSH key and ensure your EC2 instance's public IP has not changed if you can't connect.
Related reading
- Accuracy in Calculating Fourth Derivative using Finite Differences in Tensorflow
- AdamOptimizer and GradientDescentOptimizer from tensorflow not able to fit simple data
- Add L2 regularization when using high level tf.layers
- Add None dimension in tensorflow 2.0
- Accessing the values used to impute and normalize new data based upon scikit-learn ColumnTransformer
- Accuracy issue in caffe
- Accuracy Score ValueError Can't Handle mix of binary and continuous target
- Adapting binary stacking example to multiclass

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ML System Design practice on Codemia
Design recommenders, ranking systems and training pipelines the way ML interviews actually ask for them, with worked solutions.