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Microsoft Azure AI Fundamentals AI 900 exam Practice Sets

Get certified in Azure AI Fundamentals (AI-900)! Learn core AI concepts & Azure Machine Learning. Prepare for your Microsoft certification exam.

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Nidhi Kaushik
Nidhi KaushikSoftware Engineering Manager

Course Content

Microsoft Azure AI Fundamentals AI 900 exam Practice Sets is a beginner-level Udemy course taught by Nidhi Kaushik. It is taught in English and includes a certificate of completion. Learners rate it 3.7 out of 5 from 6 reviews, with 30 students enrolled. It is a paid course, last updated March 2025.

Ace the AI-900 Certification Exam with our comprehensive practice sets! Designed for professionals and students, these resources provide practical, in-depth coverage of key Artificial Intelligence (AI) concepts, aligned with the latest syllabus. Build your expertise in critical areas and confidently prepare for success.

Master Key AI Workloads & Considerations:

  • AI Workloads & Key Considerations: Learn to identify and apply various AI scenarios effectively.
  • AI Workload Identification: Specifically, learn to identify:
    • Prediction/Forecasting Workloads: Understand how to build models for predicting future outcomes.
    • Anomaly Detection Workloads: Discover techniques for identifying unusual patterns and outliers.
    • Computer Vision Workloads: Explore tools and techniques for image recognition and analysis.
    • Natural Language Processing (NLP) & Knowledge Mining Workloads: Gain insights into processing and analyzing text data for valuable information.
    • Conversational AI Workloads: Master the essentials of building and managing intelligent chatbots.

Responsible AI Principles:

  • Guiding Principles for Responsible AI: Understand and apply crucial considerations for ethical AI development.
  • Fairness: Learn to address and mitigate bias in AI solutions.
  • Reliability & Safety: Ensure the robustness and safety of your AI systems.
  • Privacy & Security: Implement best practices for protecting sensitive data.
  • Inclusiveness: Develop AI solutions that are accessible and beneficial to all.
  • Transparency: Promote understanding of how AI systems make decisions.
  • Accountability: Establish clear lines of responsibility for AI outcomes.

Machine Learning Fundamentals on Azure:

  • Fundamental Principles: Grasp the core concepts of machine learning.
  • Machine Learning Types:
    • Regression: Learn to build models for predicting continuous values.
    • Classification: Understand how to categorize data into distinct classes.
    • Clustering: Discover techniques for grouping similar data points.
  • Core Machine Learning Concepts:
    • Features & Labels: Understand the role of features and labels in machine learning datasets.
    • Training & Validation Datasets: Learn how these datasets are used to develop and evaluate models.
    • Model Training: Understand the algorithms used to train machine learning models.
    • Model Evaluation Metrics: Select and interpret appropriate metrics for evaluating model performance in classification and regression tasks.
  • Creating a Machine Learning Solution:
    • Data Ingestion & Preparation: Learn best practices for collecting and preparing data for machine learning.
    • Feature Engineering & Selection: Discover techniques for creating and selecting relevant features.
    • Model Training & Evaluation: Understand the process of training and evaluating machine learning models.
    • Model Deployment & Management: Learn how to deploy and manage machine learning models in production.
  • No-Code Machine Learning with Azure Machine Learning Studio:
    • Automated ML UI: Leverage the automated machine learning capabilities within Azure Machine Learning Studio.
    • Azure Machine Learning Designer: Utilize the visual interface for building machine learning pipelines.

Natural Language Processing (NLP) Workloads on Azure:

  • NLP Workload Features:
    • Key Phrase Extraction: Identify the most important phrases in text.
    • Entity Recognition: Extract named entities (e.g., people, organizations, locations) from text.
    • Sentiment Analysis: Determine the emotional tone of text.
    • Language Modeling: Understand and generate human-like text.
    • Speech Recognition & Synthesis: Convert speech to text and text to speech.
    • Translation: Translate text from one language to another.
  • Azure NLP Tools & Services:
    • Text Analytics Service: Analyze text for sentiment, key phrases, and entity recognition.
    • Language Understanding (LUIS) Service: Build conversational AI applications that understand user intent.
    • Speech Service: Convert speech to text and text to speech.
    • Translator Text Service: Translate text between multiple languages.

Conversational AI Workloads on Azure:

  • Conversational AI Use Cases:
    • Webchat Bots: Build chatbots for customer service and support.
    • Conversational AI Solution Characteristics: Understand the key features and components of effective conversational AI solutions.
  • Azure Conversational AI Services:
    • QnA Maker Service: Create knowledge bases for answering frequently asked questions.
    • Azure Bot Service: Build and manage sophisticated
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