Learn to implement TinyML in real-world applications like keyword spotting, visual wake words, and gesture recognition through hands-on industry case studies.
Learn to implement TinyML in real-world applications like keyword spotting, visual wake words, and gesture recognition through hands-on industry case studies.
Get hands-on experience with tiny machine learning (TinyML) applications in this comprehensive course. Explore real-world case studies guided by industry leaders, examining deployment challenges on embedded devices. Learn to use sensor data for gesture detection and voice recognition, focusing on neural network training and inference. Study the code behind popular voice assistants like "OK Google" and "Alexa." Master key concepts including Keyword Spotting, Visual Wake Words, Anomaly Detection, Dataset Engineering, and Responsible AI. Perfect for those looking to understand and implement TinyML in practical applications.
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What you'll learn
Understand the code behind popular TinyML applications
Master real-world industry applications of TinyML
Implement keyword spotting and visual wake words
Develop skills in anomaly detection
Apply principles of dataset engineering
Practice responsible AI development
Skills you'll gain
This course includes:
PreRecorded video
Graded assignments, exams
Access on Mobile, Tablet, Desktop
Limited Access access
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There are 10 modules in this course
This comprehensive course explores practical applications of TinyML, focusing on real-world implementations and industry case studies. Students learn about the AI lifecycle and ML workflow, with special emphasis on mobile and edge IoT devices. The curriculum covers essential topics like keyword spotting, visual wake words, and anomaly detection. Students gain hands-on experience with dataset engineering and learn about responsible AI development. The course combines theoretical knowledge with practical implementation, preparing students for real-world TinyML applications.
Welcome to Applications of TinyML
Module 1
AI Lifecycle and ML Workflow
Module 2
Machine Learning on Mobile and Edge IoT Devices - Part 1
Module 3
Machine Learning on Mobile and Edge IoT Devices - Part 2
Module 4
Data Engineering for TinyML Applications
Module 6
Visual Wake Words
Module 7
Anomaly Detection
Module 8
Responsible AI Development
Module 9
Summary
Module 10
Fee Structure
Instructors
Pioneering AI Educator and Best-Selling Author
Laurence Moroney is an award-winning artificial intelligence researcher and best-selling author dedicated to making AI and machine learning accessible to everyone. As an instructor at DeepLearning.AI, he has taught millions through MOOCs and YouTube, while also serving as a keynote speaker at various events. Moroney is a fellow of the AI Fund and advises several AI startups, leveraging his expertise to foster innovation in the field. Based in Seattle, Washington, he is also an active member of the Science Fiction Writers of America, having authored multiple sci-fi novels and comic books. When not immersed in technology, he enjoys indulging in coffee and exploring creative writing.

10 Courses
A Pioneer in Computer Architecture and Machine Learning Systems
Dr. Vijay Janapa Reddi serves as the John L. Loeb Associate Professor of Engineering and Applied Sciences at Harvard University and Vice President of MLCommons, where he drives innovation in machine learning as both co-founder and research chair. His research integrates computer architecture and machine learning systems to advance intelligence and autonomy in mobile devices, edge computing platforms, and IoT devices. After completing his BS in Computer Engineering from Santa Clara University, MS from the University of Colorado Boulder, and PhD in Computer Science from Harvard University, he established himself at the University of Texas at Austin before joining Harvard in 2019. His significant contributions include co-leading the development of MLPerf benchmarks, creating the Tiny Machine Learning series on edX reaching thousands of global learners, and pioneering work in mobile and edge computing systems. His exceptional achievements have earned him numerous accolades, including the NAE Gilbreth Lecturer Honor, IEEE TCCA Young Computer Architect Award, Intel Early Career Award, multiple Google Faculty Research Awards, and induction into both the MICRO and HPCA Halls of Fame. Beyond academia, he serves on the boards of MLCommons and the tinyML Foundation, while actively working to democratize machine learning education through initiatives like the Austin Independent School District's hands-on computer science program and the development of open-source educational resources.
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