Module details

M1101-CMS70  Foundations of Logical Modeling

Module Owner: N.N.
Displayed in timetable as: CMS-LM-BAS
Duration: 3
Number of electives: 0
Credits: 10,0
Start Semester: WiSe 2020/21
Lecturer Responsible Prof. Dr. Markus Krötzsch
markus.kroetzsch@tu-dresden.de
Qualification Goals Students have basic knowledge of the logical modelling of complex relationships and systems. They are familiar with the breadth of the subject Logical Modelling and have an overview of its essential formalisms and methods.
Content The content of the module depends on the student’s main focus: knowledge representation and logical reasoning; basics of important formalisms such as propositional logics, description logics, rule languages, predicate logic including corresponding deduction methods; modelling of processes, dynamic systems and their properties; basics of verification.
Forms of Teaching and Learning The module includes a lecture, a practical, a seminar, tutorials, an internship, and project work amounting to 8 hours per week plus independent study. Courses are to be selected from the CMS-LM-BAS catalogue to the extent indicated; this catalogue, including the language of the course, the required graded work and the weighting of these grades, will be announced at the beginning of the semester as is customary at the Faculty of Computer Science.
Prerequisites for Participation Basic knowledge of theoretical computer science and mathematical logic at Bachelor level is required.
Students can prepare for the module with the following literature:
Sipser, Michael: Introduction to the Theory of Computation, International Edition, 3rd ed., Cengage Learning, 2013
Applicability This is a compulsory module for students of the track Logical Modelling in the Master degree course Computational Modelling and Simulation.
Prerequisites for the Assignment of Credit Points The credit points are earned if the module examination is passed. The module examination consists of the graded work specified in the CMS-LM-BAS catalogue.
Credit Points and Grades 10 credit points can be earned by passing the module. The module grade results from the weighted average of the graded work according to the CMS-LM-BAS catalogue.
Frequency of Offer The module is offered in each winter semester.
Workload The total workload is 300 hours.
Duration of Module The module takes one semester to complete.
Module Number Module Handbook TU Dresden CMS-LM-BAS

Registration periods

Phase Block Register from | to End cancellation
Ohne Auswahlverfahren Vorlesungszeit 04.10.2020 00:00 | 15.12.2020 00:00 02.02.2021 00:00

Courses

Number Name Semester  
DK1100-MA002X Dummykurs CMS 2 SWS 1  
DK1100-MA004X Dummykurs CMS 4 SWS 1  
DK1100-MA014X Dummykurs CMS 4 SWS 1  
DK1100-MA018X Dummykurs CMS 8 SWS 1  
DK1100-MA024X Dummykurs 4 SWS 1  
DK1100-MA034X Dummykurs 4 SWS 1  
K1101-MA0049T Tutorial Logic Programming Engineering (T) 1  
K1101-MA0049T Tutorial Logic Programming Engineering (T) WiSe 2020/21
K1101-MA0049T Tutorial Logic Programming Engineering (T) WiSe 2021/22
K1107-MA0048V Foundations of Logic Programming (L) 1  
K1107-MA0048V Foundations of Logic Programming (L) WiSe 2020/21
K1107-MA0048V Foundations of Logic Programming (L) WiSe 2021/22
K1107-MA0057V Foundations of Knowledge Representation (L) 1  
K1107-MA0057V Foundations of Knowledge Representation (L) WiSe 2020/21
K1107-MA0057V Foundations of Knowledge Representation (L) WiSe 2021/22
K1107-MA0057Ü Foundations of Knowledge Representation (E) 1  
K1107-MA0057Ü Foundations of Knowledge Representation (E) WiSe 2020/21
K1107-MA0057Ü Foundations of Knowledge Representation (E) WiSe 2021/22

Passing rules

Context Name Description
Global * For information on the module examination please see module description
Global * For information on the module examination please see module description

Requirements

Course / Final module requirements Requirements Compulsory pass Weighting
DK1100-MA002X Dummykurs CMS 2 SWS Assessment No 2
DK1100-MA004X Dummykurs CMS 4 SWS Assessment No 4
DK1100-MA014X Dummykurs CMS 4 SWS Assessment No 4
DK1100-MA018X Dummykurs 8 SWS Assessment No 8
DK1100-MA024X Dummykurs 4 SWS Assessment No 4
DK1100-MA034X Dummykurs 4 SWS Assessment No 4
K1101-MA0049T Tutorial Logic Programming Engineering (T) Written Examination Logic Programming Engineering No 2
K1107-MA0048V Foundations of Logic Programming (L) Written Examination Foundations of Logic Programming No 2
K1107-MA0057V Foundations of Knowledge Representation (L) Oral Assessment Foundations of Knowledge Representation No 4

Caption

**

For this final module requirement, several combinations of requirements do exist. The passing rules (see above) specify, whether you have to complete one or several requirement combinations.