Technische Universität Ilmenau

Distributed Systems - Modultafeln of TU Ilmenau

The Modultafeln have a pure informational character. The legally binding information can be found in the corresponding Studienplan and Modulhandbuch, which are served on the pages of the course offers. Please also pay attention to this legal advice (german only). Information on place and time of the actual lectures is served in the Vorlesungsverzeichnis.

subject properties subject number 8192 - common information
subject number8192
departmentDepartment of Computer Science and Automation
ID of group2255 (Group for Distributed Systems and Operating Systems)
subject leaderProf. Dr. Winfried Kühnhauser
languageEnglisch
term ganzjährig
previous knowledge and experience

BSc Computer Science, especially - algorithms and complexity, - automata and formal languages, - operating systems, - networks, - discrete structures

learning outcome

Fachkompetenz: Die Studierenden erwerben fortgeschrittene Kenntnisse über Design und Implementierung verteilter Systeme, wobei die Schwerpunkte auf verteilten Algorithmen und Systemsicherheit liegen. Sie werden hierdurch in die Lage versetzt, verteilte Systeme für komplexe Anwendungsszenarien zu konzipieren und entwickeln. Methodenkompetenz: Die Studierenden verfügen über das Wissen, Entwurfs- und Analysemethoden anzuwenden, mit denen grundlegende nichtfunktionale Systemeigenschaften erreicht und nachgewiesen werden. Systemkompetenz: Die Studierenden verstehen verteilte Systeme als strukturierte Systeme aus Komponenten mit individuellen Aufgaben und hochgradig komplexen Beziehungen und verstehen das Zusammenwirken dieser Komponenten und der Paradigmen, Methoden, Algorithmen und Architekturprinzipien, die dieses Zusammenwirken organisieren.

content

This course focuses on 2 major aspects of distributed systems: distributed algorithms and systems security.

Part 1: Distributed Algorithms

The design and implementation of distributed algorithms is not an easy task. Many facets of uncertainty caused by asynchrony, process and communication failures make it difficult to devise distributed software systems that are correct and robust.
This course focuses on fundamentals that one has to understand and master in order to design distributed algorithms. The first part of the course discusses fundamental possibilities and limitations of distributed algorithms and introduces synchronous and asynchronous models for algorithm specification and analysis. The second part then focuses on basic algorithms for distributed event ordering, synchronization, and consensus that are correct and robust in the presence of partial failures.

Course topics are

• synchronous and asynchronous models for distributed algorithms
• time, clocks and the ordering of events
• distributed synchronization
• distributed consensus and leader election

Part 2: Systems Security

The second part focuses on methodological engineering of security properties of distributed systems based on security policies and their formal models. In an early stage of the engineering process formal security models are used for the precise and unambiguous representation of security policies which then are analyzed by static model checking and simulative model execution. Successful models afterwards are transformed via specification languages into executable code which finally is integrated into a system's trusted computing base.

Course topics are

• requirements analysis
• security policies and formal security models
• model engineering
• security mechanisms
• security architectures

 

media of instruction

Handouts, Papers, Books

literature / references

see website of course

evaluation of teaching

Pflichtevaluation:

Freiwillige Evaluation:

Hospitation:

Details in major Master Research in Computer & Systems Engineering 2009
ATTENTION: not offered anymore
subject nameDistributed Systems
examination number2200296
credit points10
on-campus program (h)67
self-study (h)233
Obligationobligatory elective
examalternative examination performance
details of the certificate

oral exam (20 min)

maximum number of participants