Studienhandbuch | Mathematics

Inhalt

Workload	Mode of examination	Education level	Study areas	Responsible person	Coordinating university
	Structure	B3 - Bachelor's programme 3. year	Mathematics	Sepp Hochreiter	Johannes Kepler University Linz

Detailed information
Original study plan	Bachelor's programme Artificial Intelligence 2019W
Objectives	Specialization topics in mathematics.
Subject	The contents of this subject result from the contents of its courses.

Subordinated subjects, modules and lectures
VL Computational Geometry
VL Mathematical Logic
VL Symbolic Summation and Integration
VL Inverse problems
VL Stochastic Processes
UE Computer Algebra for Concrete Mathematics
VL Computer Algebra for Concrete Mathematics
VL Algorithmic Combinatorics
VL Computability theory
UE Computational Geometry
UE Symbolic Summation and Integration
VL Formal Modelling
VL Formal Semantics of Programming Languages
UE Functional Analysis
VL Functional Analysis
UE Manyvalued Logic
UE Fuzzy Systems
VL Fuzzy Systems
UE Ordinary differential equations and dynamical systems
VL Ordinary differential equations and dynamical systems
UE Inverse problems
VL Manyvalued Logic
UE Markov Chains
VL Markov Chains
UE Mathematical logic
UE Optimization
VL Optimization
KV Practical in Symbolic Computation
KV Programming project symbolic computation
VL Rewriting in Computer Science and Logic
VL Special Topics Optimization
VL Special Topics symbolic computation
VL Special Topics Probability Theory and Mathematical Statistics
VL Special topics Knowledge-based Mathematical Systems
UE Stochastic Processes
UE Probability theory and statistics
VL Probability theory and statistics
VL Knowledge and Data Based Modelling