Master the art of data analysis and presentation using Azure Machine Learning to elevate your skills and prepare for the 70-774 Microsoft certification, specifically designed for aspiring data scientists and IT professionals.
Explain machine learning principles and usage of algorithms and languages.
Implement data preprocessing and feature engineering techniques for machine learning.
Develop and deploy machine learning models using Azure Machine Learning.
Integrate R and Python into Azure Machine Learning experiments for robust data analysis.
The main purpose of the course is to give students the ability to analyse and present data by using Azure Machine Learning, and to provide an introduction to the use of machine learning with big data tools such as HDInsight and R Services. This course also prepares the student for the 70-774 Microsoft certification exam. This class will be taught by a Microsoft Data Platform MVP and Microsoft Certified Trainer with many years of experience implementing customer solutions using the Microsoft Data Stack. This instructor is a key contributor to the 70-774 exam reference book published by Microsoft Press.
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What is machine learning?
Introduction to machine learning algorithms
Introduction to machine learning languages
Lab: Sign up for Azure machine learning studio account
Lab: View a simple experiment from gallery
Lab: Evaluate an experiment
Azure machine learning overview
Introduction to Azure machine learning studio
Developing and hosting Azure machine learning applications
Lab: Explore the Azure machine learning studio workspace
Lab: Clone and run a simple experiment
Lab: Clone an experiment, make simple changes and run it
Categorizing your data
Importing data to Azure machine learning
Exploring and transforming data in Azure machine learning
Lab: Prepare Azure SQL database
Lab: Import data and visualize
Lab: Summarize data
Data pre-processing
Handling incomplete datasets
Lab: Explore data using Power BI
Lab: Clean the data
Using feature engineering
Using feature selection
Lab: Prepare datasets
Lab: Use Join to Merge data
Azure machine learning workflows
Scoring and evaluating models
Using regression algorithms
Using neural networks
Lab: Using Azure machine learning studio modules for regression
Lab: Create and run a neural-network based application
Using classification algorithms
Clustering techniques
Selecting algorithms
Lab: Using Azure machine learning studio modules for classification
Lab: Add k-means section to an experiment
Lab: Use PCA for anomaly detection
Lab: Evaluate the models
Using R
Using Python
Incorporating R and Python into Machine Learning experiments
Lab: Exploring data using R
Lab: Analyzing data using Python
Using hyper-parameters
Using multiple algorithms and models
Scoring and evaluating Models
Lab: Using hyper-parameters
Deploying and publishing models
Consuming Experiments
Lab: Deploy machine learning models
Lab: Consume a published model
Cognitive services overview
Processing language
Processing images and video
Recommending products
Lab: Build a language application
Lab: Build a face detection application
Lab: Build a recommendation application
Introduction to HDInsight
HDInsight cluster types
HDInsight and machine learning models
Lab: Provision an HDInsight cluster
Lab: Use the HDInsight cluster with MapReduce and Spark
R and R server overview
Using R server with machine learning
Using R with SQL Server
Lab: Deploy DSVM
Lab: Prepare a sample SQL Server database and configure SQL Server and R
Lab: Use a remote R session
Lab: Execute R scripts inside T-SQL statements
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Aaron Steele
Casey Pense
Chris Tsantiris
Javier Martin
Justin Gilley
Kathy Le
Kelson Smith
Oussama Azzam
Pascal Rodmacq
Randall Granier
Aaron Steele
Casey Pense
Chris Tsantiris
Javier Martin
Justin Gilley
Kathy Le
Kelson Smith
Oussama Azzam
Pascal Rodmacq
Randall Granier