
Define artificial intelligence and distinguish general AI from narrow AI, then map core areas—machine learning, natural language processing, and perception—alongside real-world examples like smart assistants and real-time transcriptions.
Explore how machine learning models are trained, evaluated, deployed, and maintained in Azure. See how models forecast, categorize, and recognize patterns through real-world examples.
Explore common AI workloads in Azure, including prediction and demand forecasting, supervised learning, anomaly detection, computer vision, natural language processing, knowledge mining, and conversational AI.
Apply fairness to AI by ensuring no bias in emergency triage or loan decisions. Prioritize reliability, safety, privacy, and security with testing for edge cases and real-world anomalies.
Navigate Microsoft's official AI principles with videos and detailed explanations on microsoft.com, and explore design guidelines and practical examples for human AI interaction on learn.microsoft.com.
Learn automated machine learning with a no-code model by creating a web-sourced data set, training a regression model on bike rentals, and deploying a web service on Azure.
Explore no-code machine learning with Azure ML designer, drag and visualize data, normalize features, exclude irrelevant columns or rows, select regression models, and evaluate predictions with practical examples.
Discover how Azure cognitive service groups computer vision features, including custom vision, face service, and form recognizer, with a single endpoint and key, and separate training and predictions.
learn how to use the custom vision service to create a project, upload and tag images, train the model, and test predictions with category probabilities.
Explore natural language processing workloads on Azure, including keyphrase extraction, entity recognition, sentiment analysis, and speech and translation services, plus considerations for conversational ai and bot integrations.
Learn about common conversational AI workloads, including web chatbots, voice-assisted assistants, and customer service bots, and how the bot framework and Q&A Maker enable natural, human-like responses.
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Introduction
This course is designed for individuals aspiring to gain foundational knowledge of artificial intelligence (AI) and machine learning (ML) concepts while preparing for the AI-900: Microsoft Azure AI Fundamentals Certification Exam. Through hands-on demonstrations and practical examples, students will learn about AI workloads, responsible AI principles, and Azure AI services to build, deploy, and manage AI models effectively.
Section 1: Introduction to AI and the AI-900 Exam
In this section, students are introduced to the basics of artificial intelligence and machine learning, the significance of the AI-900 certification, and the essential requirements for the exam. Topics include an overview of AI concepts, the structure of machine learning models, and a clear breakdown of exam prerequisites.
Section 2: AI Workloads and Responsible AI Considerations
This section explores common AI workloads and Microsoft's principles for responsible AI. Students will learn about key considerations like privacy, security, transparency, and accountability when working with AI systems. Official Microsoft AI resources are also introduced to reinforce best practices.
Section 3: Machine Learning Types and Core Components
Students will dive deeper into machine learning concepts, including types of ML (supervised, unsupervised, and reinforcement learning), dataset features and labels, training and validation datasets, and evaluation metrics like FPR (false positive rate) and AUC (area under the curve).
Section 4: No-Code Machine Learning with Azure
This section highlights the power of no-code ML tools like AutoML and Azure ML Designer. Through practical demos, students will learn to create an Azure ML workspace, build no-code models using AutoML, and design workflows with ML Designer for streamlined AI development.
Section 5: Computer Vision Workloads on Azure
Students are introduced to the fundamentals of computer vision, exploring common workloads like object detection, image classification, and face recognition. The section also covers Azure's computer vision services and custom vision capabilities for building tailored solutions.
Section 6: Natural Language Processing (NLP) on Azure
This section focuses on NLP workloads and services offered by Azure, enabling students to work with tools for text analytics, language understanding, and translation to create AI applications that process and analyze human language.
Section 7: Conversational AI on Azure
In this section, students will learn about conversational AI workloads such as chatbots and virtual assistants. Azure's conversational AI services are introduced, empowering students to design and deploy engaging conversational interfaces.
Section 8: Conclusion
The course concludes with a summary of key concepts covered, reinforcing the knowledge gained and outlining the next steps to further explore AI using Microsoft Azure services and resources.
By the end of this course, students will have a strong foundational understanding of AI and machine learning concepts, Azure AI services, and practical skills for building and managing AI solutions. This knowledge will prepare them to confidently take the AI-900 certification exam and start their journey into the world of AI.