試験AI-103 トピック1 問題137 スレッド
Microsoft AI-103のリアル試験問題集
問題 #: 137
トピック #: 1
問題 #: 137
トピック #: 1
You have a Microsoft Foundry project. You need to deploy a model from the model catalog to support real- time inference. The solution must meet the following requirements:
* Use key-based authentication
* Support real-time REST API access
* Not consume the vCPU quota of the virtual machines in the Azure subscription Which type of deployment should you use?
* Use key-based authentication
* Support real-time REST API access
* Not consume the vCPU quota of the virtual machines in the Azure subscription Which type of deployment should you use?
おすすめの解答:A 解答を投票する
A serverless API deployment exposes a model from the Microsoft Foundry model catalog as a managed inference endpoint without hosting the model on virtual-machine compute in the customer's subscription.
Consequently, it does not consume the subscription's VM-family vCPU quota. Capacity is managed by the service and controlled through deployment-level token and request rate limits rather than customer-managed compute instances.
The generated serverless endpoint uses key authentication. Foundry provides a target URI and associated primary or secondary credentials that the application uses to authorize inference requests. Serverless deployments support the Azure AI Model Inference API, enabling real-time application access through a consistent API interface suitable for REST-based prediction requests.
A self-hosted container requires customer-managed infrastructure and therefore consumes the compute capacity on which it runs. A compute-backed standard deployment generally requires provisioned hosting resources and applicable quota. A batch deployment is designed for asynchronous, high-volume processing rather than interactive real-time inference.
The serverless option therefore satisfies all three requirements simultaneously: key-based authorization, online API inference, and no dependency on the subscription's virtual-machine vCPU quota.
Study Guide alignment: Planning and managing Azure AI solutions - select model deployment options, deploy catalog models, configure endpoint authentication, and evaluate compute and quota requirements.
Consequently, it does not consume the subscription's VM-family vCPU quota. Capacity is managed by the service and controlled through deployment-level token and request rate limits rather than customer-managed compute instances.
The generated serverless endpoint uses key authentication. Foundry provides a target URI and associated primary or secondary credentials that the application uses to authorize inference requests. Serverless deployments support the Azure AI Model Inference API, enabling real-time application access through a consistent API interface suitable for REST-based prediction requests.
A self-hosted container requires customer-managed infrastructure and therefore consumes the compute capacity on which it runs. A compute-backed standard deployment generally requires provisioned hosting resources and applicable quota. A batch deployment is designed for asynchronous, high-volume processing rather than interactive real-time inference.
The serverless option therefore satisfies all three requirements simultaneously: key-based authorization, online API inference, and no dependency on the subscription's virtual-machine vCPU quota.
Study Guide alignment: Planning and managing Azure AI solutions - select model deployment options, deploy catalog models, configure endpoint authentication, and evaluate compute and quota requirements.
Yoshikawa 2026-08-03 10:56:48
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