What do Discrete Mathematical Structures and Elementary Linear Algebra cover?

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SUMMARY

Discrete Mathematical Structures and Elementary Linear Algebra are foundational courses in computer science and mathematics. Elementary Linear Algebra focuses on matrices, solving systems of equations, multidimensional vectors, eigenvalues, and eigenvectors. Discrete Mathematical Structures emphasizes logic, graphs, trees, discrete probability, and other non-continuous concepts, making it essential for computer science curricula. Understanding these subjects is crucial for anyone pursuing advanced studies in mathematics or computer science.

PREREQUISITES
  • Basic understanding of matrices and vectors
  • Familiarity with systems of equations
  • Knowledge of logic and proof techniques
  • Introduction to graph theory
NEXT STEPS
  • Explore the properties of eigenvalues and eigenvectors in Linear Algebra
  • Study graph theory fundamentals and its applications in computer science
  • Learn about discrete probability and its relevance in algorithm design
  • Investigate logical reasoning and proof strategies in Discrete Mathematics
USEFUL FOR

This discussion is beneficial for students considering courses in mathematics or computer science, educators developing curriculum, and professionals seeking to strengthen their understanding of foundational mathematical concepts.

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1. Discrete mathematical structures
2. elementary linear algebra

I was interested in taking these two classes but I'm not sure what they are about...?
can some one give me a brief explanation ?
 
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linear algebra is about matrices, solving systems of equations, multidimensional vectors and their spaces (including sub), as well as eigenvalues and vectors.

discrete math deals more with logic, i haven't taken the class, so i can't give you a better understanding other than to direct you here: http://en.wikipedia.org/wiki/Discrete_mathematics

i think discrete is required by most computer science depts, because of it's dealings with logic.
 
Discrete math focuses on things that don't involve limits, or stuff that is continuous.

This means anything to do with calculus is ruled out.

The stuff includes graphs, trees, discrete probability, areas of logic and other stuff.
 

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