ORACLE 1Z0-1127-24 EXAM DUMPS PDF | 1Z0-1127-24 NEW BRAINDUMPS FILES

Oracle 1z0-1127-24 Exam Dumps Pdf | 1z0-1127-24 New Braindumps Files

Oracle 1z0-1127-24 Exam Dumps Pdf | 1z0-1127-24 New Braindumps Files

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Oracle 1z0-1127-24 Exam Syllabus Topics:

TopicDetails
Topic 1
  • Fundamentals of Large Language Models (LLMs): For AI developers and Cloud Architects, this topic discusses LLM architectures and LLM fine-tuning. Additionally, it focuses on prompts for LLMs and fundamentals of code models.
Topic 2
  • Using OCI Generative AI Service: For AI Specialists, this section covers dedicated AI clusters for fine-tuning and inference. The topic also focuses on the fundamentals of OCI Generative AI service, foundational models for Generation, Summarization, and Embedding.
Topic 3
  • Building an LLM Application with OCI Generative AI Service: For AI Engineers, this section covers Retrieval Augmented Generation (RAG) concepts, vector database concepts, and semantic search concepts. It also focuses on deploying an LLM, tracing and evaluating an LLM, and building an LLM application with RAG and LangChain.

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Oracle Cloud Infrastructure 2024 Generative AI Professional Sample Questions (Q16-Q21):

NEW QUESTION # 16
What does "Loss" measure in the evaluation of OCI Generative AI fine-tuned models?
The difference between the accuracy of the model at the beginning of training and the accuracy of the deployed model

  • A. The improvement in accuracy achieved by the model during training on the user-uploaded data set
  • B. The level of incorrectness in the models predictions, with lower values indicating better performance
  • C. The difference between the accuracy of the model at the beginning of training and the accuracy of the deployed model
  • D. The percentage of incorrect predictions made by the model compared with the total number of predictions in the evaluation

Answer: B

Explanation:
In the evaluation of OCI Generative AI fine-tuned models, "Loss" measures the level of incorrectness in the model's predictions. It quantifies how far the model's predictions are from the actual values. Lower loss values indicate better performance, as they reflect a smaller discrepancy between the predicted and true values. The goal during training is to minimize the loss, thereby improving the model's accuracy and reliability.
Reference
Articles on loss functions in machine learning
OCI Generative AI service documentation on model evaluation metrics


NEW QUESTION # 17
Which is a distinguishing feature of "Parameter-Efficient Fine-tuning (PEFT)" as opposed to classic Tine- tuning" in Large Language Model training?

  • A. PEFT parameters and b typically used when no training data exists.
  • B. PEFT modifies all parameters and uses unlabeled, task-agnostic data.
  • C. PEFT involves only a few or new parameters and uses labeled, task-specific data.
  • D. PEFT does not modify any parameters but uses soft prompting with unlabeled data. PEFT modifies

Answer: C


NEW QUESTION # 18
How does the Retrieval-Augmented Generation (RAG) Token technique differ from RAG Sequence when generating a model's response?

  • A. Unlike RAG Sequence, RAG Token generates the entire response at once without considering individual parts.
  • B. RAG Token does not use document retrieval but generates responses based on pre-existing knowledge only.
  • C. RAG Token retrieves documents oar/at the beginning of the response generation and uses those for the entire content
  • D. RAG Token retrieves relevant documents for each part of the response and constructs the answer incrementally.

Answer: D

Explanation:
The Retrieval-Augmented Generation (RAG) technique enhances the response generation process of language models by incorporating relevant external documents. RAG Token and RAG Sequence are two variations of this technique.
RAG Token retrieves relevant documents for each part of the response and constructs the answer incrementally. This means that during the response generation process, the model continuously retrieves and incorporates information from external documents as it generates each token (or part) of the response. This allows for more dynamic and contextually relevant answers, as the model can adjust its retrieval based on the evolving context of the response.
In contrast, RAG Sequence typically retrieves documents once at the beginning of the response generation and uses those documents to generate the entire response. This approach is less dynamic compared to RAG Token, as it does not adjust the retrieval process during the generation of the response.
Reference
Research articles on Retrieval-Augmented Generation (RAG) techniques
Documentation on advanced language model inference methods


NEW QUESTION # 19
Which statement is true about Fine-tuning and Parameter-Efficient Fine-Tuning (PEFT)?

  • A. PEFT requires replacing the entire model architecture with a new one designed specifically for the new task, making it significantly more data-intensive than Fine-tuning.
  • B. Fine-tuning requires training the entire model on new data, often leading to substantial computational costs, whereas PEFT involves updating only a small subset of parameters, minimizing computational requirements and data needs.
  • C. Both Fine-tuning and PEFT require the model to be trained from scratch on new data, making them equally data and computationally intensive.
  • D. Fine-tuning and PEFT do not involve model modification; they differ only in the type of data used for training, with Fine-tuning requiring labeled data and PEFT using unlabeled data.

Answer: B

Explanation:
Fine-tuning and Parameter-Efficient Fine-Tuning (PEFT) are two techniques used for adapting pre-trained LLMs for specific tasks.
Fine-tuning:
Modifies all model parameters, requiring significant computing power.
Can lead to catastrophic forgetting, where the model loses prior general knowledge.
Example: Training GPT on medical texts to improve healthcare-specific knowledge.
Parameter-Efficient Fine-Tuning (PEFT):
Only a subset of model parameters is updated, making it computationally cheaper.
Uses techniques like LoRA (Low-Rank Adaptation) and Adapters to modify small parts of the model.
Avoids retraining the full model, maintaining general-purpose knowledge while adding task-specific expertise.
Why Other Options Are Incorrect:
(A) is incorrect because fine-tuning does not train from scratch, but modifies an existing model.
(B) is incorrect because both techniques involve model modifications.
(D) is incorrect because PEFT does not replace the model architecture.
???? Oracle Generative AI Reference:
Oracle AI supports both full fine-tuning and PEFT methods, optimizing AI models for cost efficiency and scalability.


NEW QUESTION # 20
Which is a key characteristic of the annotation process used in T-Few fine-tuning?

  • A. T-Few fine-tuning requires manual annotation of input-output pain.
  • B. T-Few fine-tuning relies on unsupervised learning techniques for annotation.
  • C. T- Few fine-tuning involves updating the weights of all layers in the model.
  • D. T-Few fine-tuning uses annotated data to adjust a fraction of model weights.

Answer: D

Explanation:
T-Few fine-tuning is a technique that uses annotated data to adjust only a fraction of the model's weights. This method aims to efficiently fine-tune the model with a limited amount of data and computational resources. By updating only a small subset of the parameters, T-Few fine-tuning can achieve significant performance improvements without the need for extensive training data or computational power.
Reference
Research papers on parameter-efficient fine-tuning techniques
Technical guides on T-Few fine-tuning methodology


NEW QUESTION # 21
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