[NEW] AWS Certified AI Practitioner : AIF-C01 Practice Tests

[NEW] AWS Certified AI Practitioner : AIF-C01 Practice Tests udemy course

Prepare confidently with latest questions on AWS AIF-C01 exam. Detailed explanations provided for all answer options.

** This is the ONLY course you need to ace the AIF-C01 exam in the first attempt **

Welcome to the AWS Certified AI Practitioner AIF-C01 - Practice Test Course!

Are you preparing for the AWS AIF-C01 certification exam? This course is designed to help you succeed by providing high-quality practice tests that closely mirror the real exam.

What You'll Get:

• 143 Latest exam questions with detailed explanations to each answer
  

• Realistic Exam Simulation: My practice tests are designed to reflect the format, style, and difficulty of the official AWS Certified AI Practitioner exam. This ensures you get a realistic testing experience.
  

• Comprehensive Coverage: The practice tests cover all the domains and objectives of the AIF-C01 exam:

  • Domain 1: Fundamentals of AI and ML

  • Domain 2: Fundamentals of Generative AI

  • Domain 3: Applications of Foundation Models

  • Domain 4: Guidelines for Responsible AI

  • Domain 5: Security, Compliance, and Governance for AI Solutions
    

• Detailed Explanations: Each question comes with a detailed explanation to help you understand the concepts and reasoning behind the correct answers. This is crucial for deepening your knowledge and ensuring you're fully prepared. For each question, I have explained why an answer is correct and have also explained why other options are incorrect. You will also find supporting reference links for a quick read.
  

• Variety of Questions: You'll find a mix of multiple-choice, multiple-response, and scenario-based questions to fully prepare you for what to expect on exam day.
  

• Performance Tracking: Keep track of your progress with the test review feature. Identify your strengths and areas for improvement to focus your study efforts effectively.

Sneak peak into what you will get inside the course:

Q1: A loan company is building a generative AI-based solution to offer new applicants discounts based on specific business criteria. The company wants to build and use an AI model responsibly to minimize bias that could negatively affect some customers.

Which actions should the company take to meet these requirements? (Select TWO.)

A. Detect imbalances or disparities in the data.

B. Ensure that the model runs frequently.

C. Evaluate the model's behavior so that the company can provide transparency to stakeholders.

D. Use the Recall-Oriented Understudy for Gisting Evaluation (ROUGE) technique to ensure that the model is 100% accurate.

Option A is CORRECT because detecting imbalances or disparities in the data is crucial for ensuring that the AI model does not inadvertently reinforce biases that could negatively impact certain customer groups. By identifying and addressing these imbalances, the company can work towards creating a more fair and equitable model.

Option C is CORRECT because evaluating the model's behavior and providing transparency to stakeholders is essential for responsible AI usage. This allows the company to demonstrate how decisions are made by the AI model, ensuring trust and accountability.

Option B is INCORRECT because ensuring that the model runs frequently is related to operational efficiency rather than mitigating bias or ensuring responsible AI usage.

Option D is INCORRECT because the ROUGE technique is typically used in natural language processing tasks for evaluating the quality of summaries, not for ensuring model accuracy or fairness.

Option E is INCORRECT because ensuring that the model's inference time is within accepted limits is more related to performance and scalability rather than addressing bias or responsible AI practices.

Q2: A company is training a foundation model (FM). The company wants to increase the accuracy of the model up to a specific acceptance level.

Which solution will meet these requirements?

A. Decrease the batch size.

B. Increase the epochs.

C. Decrease the epochs.

D. Increase the temperature parameter.

Option B is CORRECT because increasing the number of epochs means the model will go through the entire training dataset multiple times, which can help improve the model's accuracy by allowing it to learn more from the data. However, it's important to monitor for overfitting, where the model starts to perform well on the training data but poorly on unseen data.

Option A is INCORRECT because decreasing the batch size might lead to more frequent updates of the model weights, but it does not necessarily lead to an increase in accuracy and could increase training time.

Option C is INCORRECT because decreasing the number of epochs would likely reduce the amount of learning the model can achieve, potentially leading to lower accuracy.

Option D is INCORRECT because increasing the temperature parameter affects the randomness of predictions in models like GPT-based models, where a higher temperature results in more random outputs. It does not directly impact model accuracy in the context of training a foundation model.

Q3: A company is building a chatbot to improve user experience. The company is using a large language model (LLM) from Amazon Bedrock for intent detection. The company wants to use few-shot learning to improve intent detection accuracy.

Which additional data does the company need to meet these requirements?

A. Pairs of chatbot responses and correct user intents

B. Pairs of user messages and correct chatbot responses

C. Pairs of user messages and correct user intents

D. Pairs of user intents and correct chatbot responses

Option C is CORRECT because few-shot learning involves providing the model with a small number of examples (shots) to help it better understand and detect user intents. In this context, pairs of user messages and the correct user intents would be necessary to train the model effectively and improve the accuracy of intent detection.

Example Scenario:

A company is developing a customer support chatbot using an LLM from Amazon Bedrock. The chatbot needs to accurately detect the intent behind user messages to provide the correct response. For instance, if a user types "I need help with my order," the chatbot should recognize the intent as "Order Assistance."

Applying Few-Shot Learning:

To improve intent detection accuracy using few-shot learning, the company can provide the LLM with several examples of user messages paired with their correct intents. These examples help the model learn to recognize similar patterns in new user inputs.

Example Data :

User Message: "I can't track my shipment."

    Correct User Intent: "Track Order"

User Message: "Where is my package?"

   Correct User Intent: "Track Order"

User Message: "How do I change my delivery address?"

   Correct User Intent: "Update Shipping Address"

User Message: "I want to return my item."

   Correct User Intent: "Return Order"

In this example, the data pairs (User Messages and Correct User Intents) are exactly what the LLM needs to understand and predict the intent behind new, unseen user messages. By providing these specific examples, the model can generalize and accurately detect intents for various user queries, making the chatbot more effective in understanding and responding to users.

Why Option C is Better:

• Direct Mapping: The model is trained directly on how to map user messages to the correct intent, which is the exact task it needs to perform in production.

• Improved Accuracy: By seeing several examples of how different phrasings map to the same intent (e.g., "Where is my package?" and "I can't track my shipment" both map to "Track Order"), the model becomes more accurate in intent detection.

• Few-Shot Learning: Even with a small number of examples, the model can learn to detect intents more effectively, which is the goal of few-shot learning.

Option A is INCORRECT because pairs of chatbot responses and correct user intents are not directly relevant to training the model for intent detection, as the focus should be on mapping user messages to intents.

Option B is INCORRECT because pairs of user messages and correct chatbot responses are related to response generation rather than intent detection.

Option D is INCORRECT because pairs of user intents and correct chatbot responses pertain to how the chatbot should respond once an intent is detected, not to improving the intent detection itself.