This post-pandemic Propensity Model determines the probability that a US adult uses CBD Regularly and/or Occasionally. Lift over Random 1.37. This post-pandemic Propensity model is one of a series of consumer classification models based on data from over 17,000 US adults surveyed in 2021 from Prosper's US Media Behaviors & Influence study. Survey data was collected 9 months after the National Covid-19 Coronavirus Emergency was declared, capturing consumer behavior changes and preferences. The survey is anonymous. Zero PII. CCPA and HIPAA Compliant.
Highlights
Enhances digital and offline targeting by identifying an individual’s probability to engage in a specific behavior. Model is based on data from over 17,000 US adults surveyed in 2021 from Prosper's US Media Behaviors & Influence study.
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You pay based on usage of this predictive consumer model, deployed through Amazon SageMaker. Five dimensions bill by host-hour for batch inference, each tied to a specific SageMaker instance size. These range from smaller compute types (ml.m4.xlarge, ml.m4.2xlarge, ml.m4.4xlarge) to larger memory-optimized types (ml.m5.12xlarge, ml.m5.24xlarge). You pick the instance that fits your processing needs, and cost scales with the hours you run. A separate dimension charges per inference request, letting you pay by prediction volume instead of runtime.
Top-of-mind questions for buyers
What counts as one host-hour for the batch inference dimensions?
A host-hour is one hour that a chosen SageMaker instance runs a batch inference job. Each instance size meters separately. The bill counts the number of hours the instance stays active during processing. Larger instance types carry different rates, so cost depends on both the instance size and hours run.
How does the per-request dimension differ from the host-hour dimensions?
The host-hour dimensions meter runtime on a specific SageMaker instance, so cost scales with how long the job runs. The per-request dimension meters each inference request instead, so cost scales with prediction volume. Runtime-based billing suits large batch jobs; request-based billing suits paying by prediction count.
Am I charged when a SageMaker instance is provisioned but not processing?
Host-hour charges apply while the chosen instance runs a batch inference job. Batch transform jobs launch instances, process the data, then shut them down. You accrue charges for active runtime only. Underlying AWS infrastructure costs may still apply separately from this model's software charges.
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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:
Real-time inference
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 .
Batch transform
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 .
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Additional details
Inputs
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Usage instructions
Sample notebooks
Inputs
Summary
The model provides propensity estimates based on gender, age range, income range, and zip code. See the sample notebook for details concerning input variables and mappings.
Five digit zip code as integer.
The model requires that the zip code be replaced by a set of 25 binary variables that represent special information regarding the zip. Prosper provides a file that maps every zip code into two integer values (division and cluster). These values are then converted into a set of binary values in a manner similar to one-hot encoding. The mapping file as well as the conversion routines are provided with the sample notebook.
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