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52347-01 - Lecture: Introduction to Algebraic Statistics 2 CP

Semester fall semester 2020
Course frequency Irregular
Lecturers Jung Kyu Canci (jungkyu.canci@unibas.ch, Assessor)
Content We will present some basic notions of Algebraic Statistics, a domain where
problems from applied mathematics and statistics are studied using techniques
from Algebraic Geometry. This means describing and modelling statistical
problems with tools from Algebraic Geometry. We will introduce selected topics
from Algebraic Geometry (algebraic sets, varieties of polynomials and their
ideals, Gröbner basis, etc.), some elements from geometric probability
(probability polytopes, fitness/viability landscapes) and some current
applications of Algebraic Statistics (from Biology, Medicine and Economics).

Learning objectives The main aim of the course is to introduce students to some mathematical tools
useful for solving concrete problems by using algebraic techniques. There will
be a follow-up course in FS 2021 organized in seminars where we will consider
problems, use cases, which come out from industry.
Bibliography - “Algebraic Statistics for Computational Biology”; Lior Pachter and Bernd
Sturmfels (2010)
- “Algebraic Statistics”; Seth Sullivant, (2018)
- “Algebraic and Geometric Methods in Statistics”; Paolo Gibilisco, Eva Riccomagno, Maria Piera Rogantin, Henry P. Wynn (2010)

Additional notes will be given during the lectures.
Comments There will be no exercise session. Some exercises will be discussed in the lectures. There will be tutoring/background sessions given by Dr. Philipp Mekler.

 

Admission requirements Basic notions of algebra, essentially those required for understanding algebraic manipulations of polynomials.
Basic notions of Statistics. The course is suitable for all students in the quantitative-scientific domain.
Language of instruction English
Use of digital media Online course
Course auditors welcome

 

Interval Weekday Time Room

No dates available. Please contact the lecturer.

Modules Doctorate Mathematics: Recommendations (PhD subject: Mathematics)
Electives Master Mathematics: Recommendations (Master's Studies: Mathematics)
Assessment format continuous assessment
Assessment details The exam will consists of a one hour written exam, with questions printed/discussed in a weekly exercise sheet.
Assessment registration/deregistration Reg.: course registration, dereg: cancel course registration
Repeat examination no repeat examination
Scale Pass / Fail
Repeated registration as often as necessary
Responsible faculty Faculty of Science, studiendekanat-philnat@unibas.ch
Offered by Fachbereich Mathematik

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