Links zu weiteren Portalen

Seiteninterne Suche

CDH

Seminar: Explainable Bayesian Rule Mining

Background

The field of knowledge discovery has focused on the extraction of rules created from the frequent association symbols. With the recent introduction of the Bayesian rule mining algorithms, the focus is shifting from measuring relevance based on rule frequency and moving towards the increasing belief concept. Regardless of the rule relevance metric of choice, rule mining poses the secondary challenge of explaining the relevance of extracted symbol associations.

Aim

In this seminar, we will investigate how to transform some of the techniques used to find frequent symbol sets, into finding symbol sets that have the increasing belief property. Specifically, we will explore the use of genetic algorithms to find rules that have increasing belief. By selecting datasets with expert feedback, we will analyse secondary metrics to better explain the extracted rules.

Learning Objectives

  • Gain an overview of rule mining frameworks, tools and techniques.
  • Explore frameworks for explainable rule mining.
  • Understand concepts of data processing, generating process distributions and relationships.
  • Analyse data relationships.
  • Apply Mining frameworks, and compare frequent rule mining methodologies to Bayesian rule mining methods.
  • Create a Bayesian data miner that uses genetic algorithms.

Course Data

Project type Seminar (optional: Bachelor or Master thesis)
ECTS 5
Language English
Period Winter term 2020/21
Presence time Virtual seminar, working from remote.
Useful knowledge Python, data analytics
Work distribution 40% algorithm development, 30% data analysis and evaluation, 20% consultation, 10% reporting
Med. Eng. designation Advanced Context Recognition (ACR)
StudOn link Please join
First meeting online-introduction-vorbesprechung-of-winter-term-2020-seminars, on 4th November 2020 at 16:15
Registration Via StudOn, obligatory after introduction.

Literature

Up-to-date literature recommendations are provided during the lectures.

Examination

  • Final project presentation, demonstrator and final report.

Contact

Dr. Luis I. Lopera G.

  • Job title: Researcher
  • Address:
    Henkestraße 91, Haus 7, 1. OG
    91052 Erlangen
    Germany
  • Phone number: +49 9131 85-23605
  • Email: luis.i.lopera@fau.de