Sold by: Mphasis
Deployed on AWS
Quantum Emulator based vehicle damage classifier is a Hybrid QML image classifier designed to detect damaged vehicle images.
Overview
This is a Hybrid Quantum Machine Learning solution which detects damaged vehicle images. The algorithm runs on a Quantum Computing emulator and is built on cutting-edge quantum mechanics theory of machine learning embedded with classical pretrained deep learning model. The algorithms used in this solution inherits deep quantum circuit layers with trained parameters dedicated for vehicle image classification.
Highlights
- Businesses such as car insurance servicing face time consuming task to visit the vehicle to judge the damage resulting in loss of time, and thus delay in insurance payment for customers. To identify the root cause causing the damage, it is important to classify the image as damaged. This solution helps users by analyzing images of vehicles and predicting if they are damaged or not.
- Quantum Machine Learning is a computational learning methodology and leveraging quantum capabilities enhances the training of input data, thereby resulting in the algorithm learning more complex images. Damaged vehicle classifier utilizes the power of classical computing as well quantum computing by constructing a hybrid model to classify damaged vehicle images.
- Need customized image analytics solutions? Get in touch!
Details
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Delivery method
Latest version
Deployed on AWS
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Pricing
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.
Dimension | Description | Cost/host/hour |
|---|---|---|
ml.m5.large Inference (Batch) Recommended | Model inference on the ml.m5.large instance type, batch mode | $40.00 |
ml.m5.large Inference (Real-Time) Recommended | Model inference on the ml.m5.large instance type, real-time mode | $20.00 |
ml.m4.4xlarge Inference (Batch) | Model inference on the ml.m4.4xlarge instance type, batch mode | $40.00 |
ml.m5.4xlarge Inference (Batch) | Model inference on the ml.m5.4xlarge instance type, batch mode | $40.00 |
ml.m4.16xlarge Inference (Batch) | Model inference on the ml.m4.16xlarge instance type, batch mode | $40.00 |
ml.m5.2xlarge Inference (Batch) | Model inference on the ml.m5.2xlarge instance type, batch mode | $40.00 |
ml.p3.16xlarge Inference (Batch) | Model inference on the ml.p3.16xlarge instance type, batch mode | $40.00 |
ml.m4.2xlarge Inference (Batch) | Model inference on the ml.m4.2xlarge instance type, batch mode | $40.00 |
ml.c5.2xlarge Inference (Batch) | Model inference on the ml.c5.2xlarge instance type, batch mode | $40.00 |
ml.p3.2xlarge Inference (Batch) | Model inference on the ml.p3.2xlarge instance type, batch mode | $40.00 |
Vendor refund policy
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Delivery details
Amazon SageMaker model
An Amazon SageMaker model package is a pre-trained machine learning model ready to use without additional training. Use the model package to create a 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:
Version release notes
Bug Fixes and Performance Improvement
Additional details
Inputs
- Summary
Input:
- Supported content type: application/zip
- Input zip folder should not contain more than 50 images.
- Image size should not exceed 300 KB
- 90 percent of the image portion must contain the damaged/ not damaged vehicle
- Less noisy images are expected for better results, where noise constitutes human hands, vehicles etc.
- One image must contain only 1 shipment (either damaged or not damaged)
Output:
Instructions for score interpretation:
- Content type: text/csv
- Two columns: 'filename' and 'prediction'
- Column 'filename' contains files' name along with prediction class present in the 'prediction' column in the same row.
- The prediction classes '0' and '1' indicate Damaged and Not_Damaged respectively.
Invoking endpoint
AWS CLI Command
If you are using real time inferencing, please create the endpoint first and then use the following command to invoke it:
!aws sagemaker-runtime invoke-endpoint --endpoint-name $model_name --body fileb://$file_name --content-type 'application/zip' --region us-east-2 output.csvSubstitute the following parameters:
- "model-name" - name of the inference endpoint where the model is deployed
- file_name - input zip file name
- application/zip - type of the given input
- output.csv - filename where the inference results are written to
Resources:
- Input MIME type
- text/csv, text/plain, application/zip
See Input Summary
See Input Summary
Resources
Vendor resources
Support
Vendor support
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