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    Rule Recommendation Model for Automation

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    Sold by: Mphasis 
    Deployed on AWS
    A sector agnostic GNN-based custom rules recommendation for device management using preset internal links for personalized automation.

    Overview

    Our GNN-based Automation Rule Recommendation Model is a sector agnostic solution designed to optimize automation systems for smart homes, agriculture, healthcare, retail, logistics and others. Define specific conditions and actions for a set of interconnected devices to simplify managing multiple devices and tailors their operations to specific needs, personalization, and improves overall efficiency. Leveraging user-specific data on existing devices and the pre-defined automation rules, the model predicts and recommends new rules to align with unique user behaviors and usage patterns. The model empowers the users to manage the complexity of interconnected devices and ensures that the operation is tailored, helpful, and convenient for the users. The model is pre-built with a pipeline to allow for continuous training with user data, enabling it to adapt and improve to meet evolving needs and preferences, offering a long-term solution for efficient device management.

    Highlights

    • Users can train the model with their own Rule data, allowing for tailored recommendations that fit their specific . This model can be trained for any set of devices, ensuring flexibility and applicability across a wide range of setups.
    • The system accepts custom rule data for training, enabling personalized recommendations aligned with specific needs. This adaptable model accommodates any device configuration, ensuring versatility across diverse setups.
    • Mphasis DeepInsights is a cloud-based cognitive computing platform that offers data extraction & predictive analytics capabilities. Need customized Machine Learning and Deep Learning solutions? Get in touch!

    Details

    Delivery method

    Latest version

    Deployed on AWS

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    Features and programs

    Financing for AWS Marketplace purchases

    AWS Marketplace now accepts line of credit payments through the PNC Vendor Finance program. This program is available to select AWS customers in the US, excluding NV, NC, ND, TN, & VT.
    Financing for AWS Marketplace purchases

    Pricing

    Rule Recommendation Model for Automation

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    Pricing is based on actual usage, with charges varying according to how much you consume. Subscriptions have no end date and may be canceled any time.
    Additional AWS infrastructure costs may apply. Use the AWS Pricing Calculator  to estimate your infrastructure costs.

    Usage costs (90)

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    Dimension
    Description
    Cost/host/hour
    ml.m5.large Inference (Batch)
    Recommended
    Model inference on the ml.m5.large instance type, batch mode
    $8.00
    ml.m5.xlarge Inference (Real-Time)
    Recommended
    Model inference on the ml.m5.xlarge instance type, real-time mode
    $8.00
    ml.m5.xlarge Training
    Recommended
    Algorithm training on the ml.m5.xlarge instance type
    $16.00
    ml.m4.4xlarge Inference (Batch)
    Model inference on the ml.m4.4xlarge instance type, batch mode
    $8.00
    ml.m5.4xlarge Inference (Batch)
    Model inference on the ml.m5.4xlarge instance type, batch mode
    $8.00
    ml.m4.16xlarge Inference (Batch)
    Model inference on the ml.m4.16xlarge instance type, batch mode
    $8.00
    ml.m5.2xlarge Inference (Batch)
    Model inference on the ml.m5.2xlarge instance type, batch mode
    $8.00
    ml.p3.16xlarge Inference (Batch)
    Model inference on the ml.p3.16xlarge instance type, batch mode
    $8.00
    ml.m4.2xlarge Inference (Batch)
    Model inference on the ml.m4.2xlarge instance type, batch mode
    $8.00
    ml.c5.2xlarge Inference (Batch)
    Model inference on the ml.c5.2xlarge instance type, batch mode
    $8.00

    Vendor refund policy

    Currently we do not support refunds, but you can cancel your subscription to the service at any time.

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    Usage information

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    Delivery details

    Amazon SageMaker algorithm

    An Amazon SageMaker algorithm is a machine learning model that requires your training data to make predictions. Use the included training algorithm to generate your unique model artifact. Then deploy the model on Amazon SageMaker for real-time inference or batch processing. Amazon SageMaker is a fully managed platform for building, training, and deploying machine learning models at scale.

    Deploy the model on Amazon SageMaker AI using the following options:
    Before deploying the model, train it with your data using the algorithm training process. You're billed for software and SageMaker infrastructure costs only during training. Duration depends on the algorithm, instance type, and training data size. When training completes, the model artifacts save to your Amazon S3 bucket. These artifacts load into the model when you deploy for real-time inference or batch processing. For more information, see Use an Algorithm to Run a Training Job  .
    Deploy the model as an API endpoint for your applications. When you send data to the endpoint, SageMaker processes it and returns results by API response. The endpoint runs continuously until you delete it. You're billed for software and SageMaker infrastructure costs while the endpoint runs. AWS Marketplace models don't support Amazon SageMaker Asynchronous Inference. For more information, see Deploy models for real-time inference  .
    Deploy the model to process batches of data stored in Amazon Simple Storage Service (Amazon S3). SageMaker runs the job, processes your data, and returns results to Amazon S3. When complete, SageMaker stops the model. You're billed for software and SageMaker infrastructure costs only during the batch job. Duration depends on your model, instance type, and dataset size. AWS Marketplace models don't support Amazon SageMaker Asynchronous Inference. For more information, see Batch transform for inference with Amazon SageMaker AI  .
    Version release notes

    This is version 1.1

    Additional details

    Inputs

    Summary

    The user needs two csv files:

    1. train_rule.csv containing details aboutthe existing rules including userid, Trigger device, Trigger deviceid Trigger state, Trigger state id,Action action id,Action Device, Action Device id and rule

    2. train_devices.csv containing all the devices with user id and device id

    Limitations for input type
    1. Input should be in zip format and name should be input_zip.zip. 2. input_zip.zip should contain 2 .csv files. Name of the csv files should be train_rule.csv and train_devices.csv.
    Input MIME type
    text/csv
    https://github.com/Mphasis-ML-Marketplace/Rule_recommendation_engine_for_automation/blob/main/input/training/input_zip.zip
    https://github.com/Mphasis-ML-Marketplace/Rule_recommendation_engine_for_automation/blob/main/input/inference/test_sam.csv

    Input data descriptions

    The following table describes supported input data fields for real-time inference and batch transform.

    Field name
    Description
    Constraints
    Required
    train_rule.csv
    this csv file must contain given below columns : user_id: Identifier for the user. trigger_device: Trigger device (e.g., Camera). trigger_device_id: ID of the trigger device. trigger_state: State of the trigger device. trigger_state_id: ID of the trigger state. action: Action to be taken. action_id: ID of the action. action_device: Device performing the action. action_device_id: ID of the action device. rule: format: trigger_device_id_trigger_state_id_action_id_action_device_id.
    Type: Continuous
    Yes
    train_devices.csv
    this csv file must contain given below columns : user_id: Identifier for the user. device_id: ID of the device. device_model: Model of the device
    Type: Continuous
    Yes

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