A global logistics company is designing an enterprise-grade AI solution. The project has two main goals:
1. Goal 1: Develop a highly accurate, proprietary logistics optimization model by fine-tuning a foundation model on the company's massive, confidential shipping dataset (20TB). This requires a secure, high- performance, multi-node training environment.
2. Goal 2: Deploy a generative AI-powered chatbot for the customer service department. The chatbot must provide real-time shipment status and answer policy questions based on a knowledge base that is updated hourly.
The company is classified as an 'AI Pro,' with a formal AI strategy and a Center of Excellence, but they want a turnkey solution to accelerate time-to-market.
Which components and strategies should the architect propose to meet all the customer's requirements?
(Select all that apply.)
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Customer Profile:
- Industry: Global Logistics
- AI Maturity: AI Pro
- Key Workloads: Large-scale Fine-Tuning, Real-time RAG
- Desired Solution: Turnkey, enterprise-grade private cloud
```

• A. Use the HPE Private Cloud AI Large configuration with NVIDIA H100 GPUs to provide the necessary performance for the large-scale fine-tuning task.
• B. Implement a Retrieval-Augmented Generation (RAG) architecture for the customer service chatbot to ensure it uses the latest, hourly-updated information.
• C. Rely solely on public cloud services for the fine-tuning job to avoid capital expenditure on high- performance GPUs.
• D. Position Al-optimized HPE ProLiant DL servers at the edge for the fine-tuning workload to reduce data transfer costs.
• E. Recommend that the customer build their own solution from individual components to have maximum control.
• F. Use HPE AI Essentials to manage the training cluster, providing features like experiment tracking and optimized resource scheduling for the fine-tuning job.

A hospital is developing an AI application to automatically detect specific anomalies in medical images like X-rays and MRIs. The task requires the model to learn and identify complex spatial patterns, such as the shapes and textures of tissues and potential tumors.
Which type of neural network architecture is specifically designed for and best suited to this kind of image analysis task? (Select all that apply.)

• A. A model architecture that includes pooling layers to reduce spatial dimensions
• B. A basic, fully connected Artificial Neural Network (ANN)
• C. A Convolutional Neural Network (CNN)
• D. A transformer-based model designed for Natural Language Processing (NLP)
• E. A model architecture that includes convolutional layers for feature extraction

What is the primary purpose of using the "Private Cloud Smart Template" within HPE One Config Advanced (OCA) when quoting an HPE Private Cloud AI solution?

• A. To ensure a fast, easy, and validated process for generating a complete and accurate Bill of Materials (BOM) for a pre-integrated solution.
• B. To automatically generate a network diagram and rack elevation for the customer.
• C. To provide a free trial license for the VMware and NVIDIA software.
• D. To allow for complete customization of every component, including unsupported hardware.

A customer wants to deploy a turnkey private cloud for a variety of generative AI workloads, including RAG-based chatbots and some model fine-tuning. One of their key IT stakeholders is the data engineer.
Which specific challenge for a data engineer is directly addressed by the HPE Data Fabric component within HPE Private Cloud AI?

• A. The high cost of NVIDIA AI Enterprise software licenses.
• B. The effort required to create and manage data pipelines and unify diverse, siloed data sources (files, objects, tables) into a single accessible platform.
• C. The difficulty of managing GPU cluster utilization for training jobs.
• D. The complexity of writing Python code in a Jupyter Notebook.

A development team reports that their custom-trained Large Language Model (LLM) is "hallucinating"
- generating factually incorrect or nonsensical information, especially when asked questions outside the scope of its training data. The model was created by fine-tuning a foundation model on a large but static internal dataset. The team wants to improve the model's factual accuracy and reliability without embarking on a new, large-scale training project.
Which are the most appropriate strategies to mitigate this issue? (Choose 2.)

• A. Implement a Retrieval-Augmented Generation (RAG) framework to provide the model with verifiable, external context at inference time.
• B. Reduce the "temperature" setting during inference to make the model's output less random and more focused.
• C. Retrain the model from scratch using a much larger and more diverse public dataset.
• D. Increase the number of hidden layers in the model's architecture.
• E. Apply stricter content moderation and safety guardrails to the model's output.