GenAI & BeyondConference50min
Unveiling the simple math that powers AI
This beginner-friendly talk demystifies the simple math concepts underlying AI and computation—such as boolean logic, floating-point precision, and vector geometry—using hands-on Java examples. It aims to make foundational mathematics accessible to Java developers without formal math backgrounds, showing that AI math is approachable and practical.
Marianne HoornenborgDutch Chamber of Commerce
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Wednesday, October 8, 12:00-12:50
Room 7
Don't let math intimidate you — simple math powers complex systems.
As a Java developer without a formal math background, I became curious about the mathematical foundations behind AI and computation. What I discovered was that intelligent systems are often rooted in surprisingly simple mathematical concepts.
In this beginner-friendly talk, we’ll explore how boolean logic drives agent decision trees, why floating-point precision impacts confidence scores, and how vector geometry underlies recommendation systems. And yes, we’ll even revisit the basics of machine-level binary and hexadecimal number representations.
Whether you're new to the field or brushing off old knowledge, this session offers hands-on Java examples that demystify key mathematical concepts. You’ll see that the math behind AI is more relatable than you might think!
As a Java developer without a formal math background, I became curious about the mathematical foundations behind AI and computation. What I discovered was that intelligent systems are often rooted in surprisingly simple mathematical concepts.
In this beginner-friendly talk, we’ll explore how boolean logic drives agent decision trees, why floating-point precision impacts confidence scores, and how vector geometry underlies recommendation systems. And yes, we’ll even revisit the basics of machine-level binary and hexadecimal number representations.
Whether you're new to the field or brushing off old knowledge, this session offers hands-on Java examples that demystify key mathematical concepts. You’ll see that the math behind AI is more relatable than you might think!
Marianne Hoornenborg
Marianne Hoornenborg is a lead in the Dutch Java community and works in the CIO Office at the Dutch Chamber of Commerce (KVK). She is passionate about making technical topics more accessible and engaging. Marianne believes learning should be investigative, inclusive, and fun. Through her talks, she aims to empower developers to grow with confidence in their careers.
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