AI & Robotic
Showing 361–372 of 1170 results
Dimensionality Reduction in Python
Understand the concept of reducing dimensionality in your data, and master the techniques to do so in Python.
Discovering Autonomous Systems
Gain insights into the technologies and applications of autonomous systems across various industries.
Discovering Copilot for Windows 11
Leverage Copilot on Windows 11 for increased efficiency and productivity. Learn to take screenshots, activate system settings, and generate creative text and images.
Discovering Ethical AI
Explore the ethical implications of AI technology and the importance of responsible AI development and usage.
Discovering World Models
Explore the concept of world models in AI and their applications in simulating and understanding environments.
Discovering World Models
Understand the role of world models in robotics and AI for navigation and decision-making.
Distributed Machine Learning and Its Implementation with H2O
Build distributed, fast, and scalable models with H2O, an end-to-end ML framework widely used for fraud risk, churn, advertising, and healthcare analytics.
Diving Deep into Deep Belief Networks (DBNs)
Dive into the world of deep belief networks (DBNs) and discover their significance. This course will teach you about restricted Boltzmann machines (RBMs) and DBNs, provide real-world data challenges, and expand your deep learning knowledge.
Documenting and Communicating a Generative AI Strategy
This course covers the strategic implementation of generative AI in business operations.
Doubling the Performance of AI for Fraud Detection with Graph
Using TigerGraph and some Python machine-learning, we show you how anyone can build a payment fraud system that halves the number of frauds and reduces the number of inappropriately blocked transactions.
Driving Business Success with ChatGPT: A Comprehensive Guide
Unleash ChatGPT's Power for Business Success
Dynamic Programming in Python: Optimizing Programs for Efficiency
Learn dynamic programming techniques in Python to optimize algorithms and improve program efficiency, covering key concepts and practical examples.