Quantum Machine Learning

Investigate the intersection of quantum computing and machine learning. Learn about quantum classifiers, quantum neural networks, and how quantum algorithms can enhance ML tasks.

54 courses

Machine Learning with Qlik AutoML: No-Code Predictive Modeling

Build and deploy predictive models for business insights using automated machine learning tools without writing a single line of code.
★ 3.9 (247)

Scala and Spark: Big Data and Machine Learning for Beginners

Learn to process massive datasets and build scalable machine learning pipelines using Scala and Spark, starting from the absolute basics of programming.
★ 4.5 (5,587)

AutoML and No-Code Machine Learning with SageMaker

Learn to build, train, and deploy predictive machine learning models using visual, drag-and-drop tools in SageMaker without writing any code.
★ 3.7 (252)

Introduction to AI and Quantum Computing: Building Hybrid Systems

Learn the foundational principles of machine learning and quantum algorithms to build next-generation hybrid intelligent systems using Python.
★ 4.3 (219)

Quantum Computing and Quantum Machine Learning with Python and Qiskit

Build a strong mathematical foundation in quantum mechanics, program quantum circuits, and implement quantum machine learning algorithms using Python, Qiskit, and Q#.
★ 4.5 (5,176)

Practical Machine Learning with JavaScript and TensorFlow.js

Build and train intelligent models directly in the browser and Node.js using TensorFlow.js to add smart features to your web applications.
★ 4.3 (812)

TinyML and Embedded Machine Learning: From Sensors to Deployment

Master the fundamentals of TinyML to process sensor data and deploy intelligent models on low-power embedded devices.
★ 3.5 (263)

Machine Learning in the Browser with TensorFlow.js

Learn to build and deploy interactive AI models directly in your web applications using JavaScript.
★ 4.8 (1,011)

Edge AI and TinyML for Microcontrollers

Learn to design, optimize, and deploy efficient machine learning models on resource-constrained microcontrollers and embedded devices.
★ 4.8 (892)

Foundations of Embedded Machine Learning and TinyML

Learn how to deploy efficient machine learning models on low-power microcontrollers and edge devices to build intelligent hardware applications.
★ 4.8 (754)

Device-Based Machine Learning with TensorFlow Lite

Learn to optimize, convert, and deploy TensorFlow models to Android and iOS devices for efficient, low-power on-device machine learning.
★ 4.7 (655)

Probabilistic Graphical Models: Reasoning and Inference

Learn to extract insights and make predictions from complex probability distributions using exact and approximate inference algorithms.
★ 4.6 (489)

Computational Statistical Mechanics: Algorithmic Physics for Beginners

Learn to model complex classical and quantum physics systems by understanding and writing foundational scientific simulation algorithms in Python.
★ 4.8 (269)

Machine Learning and Deep Learning Projects: Text and Image Applications

Learn to build real-world NLP and computer vision applications, including text embeddings, image classification, and search systems using Python.
★ 4.5 (259)

Machine Learning for App Developers: Build Smarter Applications

Learn to integrate pre-trained machine learning models and intelligent APIs into your mobile and web applications to build smarter, user-focused software.
★ 4.4 (258)

Android Machine Learning with TensorFlow Lite

Learn to integrate and run on-device machine learning models in Android applications using Java and Kotlin.
★ 3.8 (254)

Full-Stack Machine Learning Deployment with Flask, React, and Node.js

Learn how to deploy your data science models into production by building interactive full-stack web applications using Flask, React, and Node.js.
★ 4.5 (179)

Edge Machine Learning on Arm Microcontrollers

Build and deploy efficient machine learning models directly onto Arm-based microcontrollers using practical, step-by-step written guides and code examples.
★ 4.5 (157)

Integrating LangChain and LLMs into Data Science Workflows

Build AI-powered data science solutions and automated analytical workflows by integrating LangChain and Large Language Models into your Python projects.
★ 4.6 (157)

Ensemble Learning: Bagging and Boosting Fundamentals

Build more robust and accurate machine learning models by understanding the core principles of ensemble methods like bagging, boosting, and stacking.
★ 4.6 (146)
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