Unsupervised Algorithms in ML
The course covers the fundamentals of unsupervised learning methods and their real-world applications, particularly recommender systems.
Description for Unsupervised Algorithms in ML
Features of the Course:
Unsupervised Learning Fundamentals: Gain an understanding of the definition of unsupervised learning and the methods employed to identify concealed patterns in unlabeled data.
Matrix Factorization Algorithms: Investigate a variety of matrix factorization methods and comprehend the function of each algorithm in the context of machine learning.
Dimensionality Reduction and Clustering: Investigate the application of unsupervised learning techniques in real-world scenarios to reduce dimensionality and cluster data.
Recommender Systems: Acquire practical experience with product recommendation algorithms and their implementation in real-world recommender systems.
Level: Intermediate
Certification Degree: Yes
Languages the Course is Available: 21
Offered by: On Coursera provided by University of Colorado Boulder
Duration: 38 hours (approximately)
Schedule: Flexible
Pricing for Unsupervised Algorithms in ML
Use Cases for Unsupervised Algorithms in ML
FAQs for Unsupervised Algorithms in ML
Reviews for Unsupervised Algorithms in ML
0 / 5
from 0 reviews
Ease of Use
Ease of Customization
Intuitive Interface
Value for Money
Support Team Responsiveness
Alternative Tools for Unsupervised Algorithms in ML
Notably is an AI-driven research platform offering comprehensive features, including video transcription, sentiment analysis, and advanced search, to empower researchers across industries.
Develop and evaluate machine learning models using regression, trees, and unsupervised techniques to address various business challenges.
Specialization in Machine Learning at BreakIntoAI. Master the fundamental AI concepts and cultivate practical machine learning skills in the beginner-friendly, three-course program by AI visionary Andrew Ng.
Acquire knowledge of machine learning by examining actual applications. Develop the necessary skills for a vocation in one of the most pertinent areas of contemporary AI by participating in hands-on projects and completing coursework from IBM's experts.
Learn to develop, assess, and enhance machine learning models using Python libraries, covering introductory deep learning, supervised, and unsupervised learning algorithms.
Learn to implement and apply unsupervised learning techniques, focusing on clustering and dimension reduction algorithms, in a business environment.
Learn to use Python and libraries for data tasks, understand key machine learning techniques, and apply them to real-world datasets for a strong research foundation.
Learn to apply unsupervised learning techniques, build recommender systems, and develop deep reinforcement learning models.
Apply mathematical concepts to real-world data, derive PCA from a projection perspective, comprehend orthogonal projections, and master Principal Component Analysis.
The course concentrates on the development of an HTML framework for a Plotly Dash dashboard that includes interactive scatter plots, bar charts, radio buttons, and dropdowns. It emphasizes the evaluation of model performance and the visualization of dimensionality reduction outcomes.
Featured Tools
Staffing, planning, and executing projects, creating product bills of materials, validating and calibrating sensors, and comprehending solid state and hard drives are covered in the course.
This course instructs students on the Rhyme platform of Coursera, where they will evaluate random forest classifiers using Yellowbrick, address class imbalance, and conduct feature analysis with regression, cross-validation, and hyperparameter optimization.
Empower HR processes with AI to optimize recruitment, enhance employee engagement, and implement transformative strategies for organizational growth.
Develop and evaluate a neural network that can identify handwritten numerals, implement One Hot Encoding for classification, and evaluate the efficacy of the model through practical exercises.
With practical experience in platform architecture and data querying, this course offers a basic understanding of data engineering, covering important ideas, tools, and career pathways.