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Amazon Sagemaker

Amazon SageMaker is a fully-managed platform that enables developers and data scientists to quickly and easily build, train, and deploy machine learning models at any scale. With Amazon SageMaker, all the barriers and complexity that typically slow down developers who want to use machine learning are removed. The service includes models that can be used together or independently to build, train, and deploy your machine learning models.

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Quantum Feature Selection for ML

Latest Version:
1.1
A hybrid quantum computing-based approach for optimal feature selection in machine learning.

    Product Overview

    Quantum Feature Selecton is hyrbid quantum computing approach to optimize feature selection in artificial intelligence/machine learning (AI/ML) model training and prediction. This solution approaches feature selection as an optimization problem and selects the most critical variables and eliminates the redundant and irrelevant ones. The solution increases the predictive power of machine learning applications, decreases over-fitting and reduces training time.

    Key Data

    Type
    Algorithm
    Fulfillment Methods
    Amazon SageMaker

    Highlights

    • Feature selection process is one of the main components of a feature engineering process. It increases the predictive capability and decreases computation of a predictive model by reducing the number of input variables. This solution finds the minimal-optimal subset of features by maximizing relavancy and minimizing redudancy among features. Using this crucial component of machine learning, user's can eliminate the need of classical alternative feature selection methods like recursive feature selection and incorporate this one shot solution.

    • The solution uses quantum hybrid solvers from D-Wave to reduce the time and space required while providing better quality results.

    • Need customized Quantum Computing solutions? Get in touch!

    Not quite sure what you’re looking for? AWS Marketplace can help you find the right solution for your use case. Contact us

    Pricing Information

    Use this tool to estimate the software and infrastructure costs based your configuration choices. Your usage and costs might be different from this estimate. They will be reflected on your monthly AWS billing reports.

    Contact us to request contract pricing for this product.


    Estimating your costs

    Choose your region and launch option to see the pricing details. Then, modify the estimated price by choosing different instance types.

    Version
    Region

    Software Pricing

    Algorithm Training$10/hr

    running on ml.m5.2xlarge

    Model Realtime Inference$0.00/inference

    running on any instance

    Model Batch Transform$0.00/hr

    running on ml.m5.2xlarge

    Infrastructure Pricing

    With Amazon SageMaker, you pay only for what you use. Training and inference is billed by the second, with no minimum fees and no upfront commitments. Pricing within Amazon SageMaker is broken down by on-demand ML instances, ML storage, and fees for data processing in notebooks and inference instances.
    Learn more about SageMaker pricing

    SageMaker Algorithm Training$0.461/host/hr

    running on ml.m5.2xlarge

    SageMaker Realtime Inference$0.461/host/hr

    running on ml.m5.2xlarge

    SageMaker Batch Transform$0.461/host/hr

    running on ml.m5.2xlarge

    Algorithm Training

    For algorithm training in Amazon SageMaker, the software is priced based on hourly pricing that can vary by instance type. Additional infrastructure cost, taxes or fees may apply.
    InstanceType
    Algorithm/hr
    ml.m4.4xlarge
    $10.00
    ml.c5n.18xlarge
    $10.00
    ml.g4dn.4xlarge
    $10.00
    ml.m5.4xlarge
    $10.00
    ml.m4.16xlarge
    $10.00
    ml.m5.2xlarge
    Vendor Recommended
    $10.00
    ml.p3.16xlarge
    $10.00
    ml.g4dn.2xlarge
    $10.00
    ml.c5n.xlarge
    $10.00
    ml.m4.2xlarge
    $10.00
    ml.c5.2xlarge
    $10.00
    ml.p3.2xlarge
    $10.00
    ml.c4.2xlarge
    $10.00
    ml.g4dn.12xlarge
    $10.00
    ml.m4.10xlarge
    $10.00
    ml.c4.xlarge
    $10.00
    ml.m5.24xlarge
    $10.00
    ml.c5.xlarge
    $10.00
    ml.g4dn.xlarge
    $10.00
    ml.p2.xlarge
    $10.00
    ml.m5.12xlarge
    $10.00
    ml.g4dn.16xlarge
    $10.00
    ml.p2.16xlarge
    $10.00
    ml.c4.4xlarge
    $10.00
    ml.m5.xlarge
    $10.00
    ml.c5.9xlarge
    $10.00
    ml.m4.xlarge
    $10.00
    ml.c5.4xlarge
    $10.00
    ml.p3.8xlarge
    $10.00
    ml.m5.large
    $10.00
    ml.c4.8xlarge
    $10.00
    ml.c5n.2xlarge
    $10.00
    ml.p2.8xlarge
    $10.00
    ml.g4dn.8xlarge
    $10.00
    ml.c5n.9xlarge
    $10.00
    ml.c5.18xlarge
    $10.00
    ml.c5n.4xlarge
    $10.00

    Usage Information

    Training

    Channel specification

    Fields marked with * are required

    training

    *
    Input modes: File
    Content types: application/zip, application/gzip
    Compression types: None, Gzip

    Model input and output details

    Input

    Summary

    The zip file includes two files with following name and information. a. 'input.csv' : This csv file contains features as 'feature_0', 'feature_1', upto 'feature_N',along with target column as 'Class'. The feature selection algorithm selects name of these described features.

    b. 'input_config.json' : This json contains algorithm configuration including dwave credentials and dataset field descriptions.
    Limitations for input type
    Mandatory Fields: a. 'input_config.json': dwave_sapi_token, target_variable, discrete_features, number_of_features_to_be_selected ,alpha , number_of_runs.
    Input MIME type
    application/zip, application/gzip
    Sample input data

    Output

    Summary

    The model output is a json file containing name of the selected features. The result of the algorithm can be indexed using the key "Optimal_selected_features" in output json file.

    Output MIME type
    application/gzip, application/zip, text/plain
    Sample output data

    Additional Resources

    End User License Agreement

    By subscribing to this product you agree to terms and conditions outlined in the product End user License Agreement (EULA)

    Support Information

    Quantum Feature Selection for ML

    For any product support you can reach out to us at:

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    Refund Policy

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