Studiehandboken 06/07 del 4 - KTH

KTH Studiehandbok Studiehandbok 2006-2007
2G1528 Individuella studier i programvaruteknik
Poäng/KTH Credits 5
ECTS-poäng/ECTS Credits 7.5
Kursnivå/Level
D
Betygsskala/Grading, KTH 3, 4, 5
ECTS-betygsskala/Grading, ECTS
A-F
Villkorligt valfri för/Conditionally Elective DKDI(IT4)
for
Språk/Language
Engelska/English
Kurssida/Course Page
http://www.it.kth.se/courses/2G1528
Poäng/KTH Credits 5
ECTS-poäng/ECTS Credits 7.5
Kursnivå/Level
D
Betygsskala/Grading, KTH 3, 4, 5
ECTS-betygsskala/Grading, ECTS
A-F
Villkorligt valfri för/Conditionally Elective TPVDM1
for
Språk/Language
Engelska/English
Kurssida/Course Page
Individual Studies in Software
Engineering
Kursansvarig/Coordinator
Kista
Mihhail Matskin, misha@imit.kth.se
Tel. 08-790 41 28
Kursuppläggning/Time Period 3, 4
Kursansvarig/Coordinator
Kursuppläggning/Time Period 4
This course is proposed in software Engineering of Distributed Systems Master program.
Mål
The aim of this module is to provide students with basic concepts and
principles of distributed systems, basic distributed algorithms, and orientation
about distributed middleware. The module is taught in seminar style, and
several case studies are included.
Topics include:
Fundamental results in distributed algorithms; models of distributed
computations; spanning tree algorithms;  flooding. Adhoc peer-to-peer
networks (Gnutella). Structured peer-to-peer overlay networks (Chord, DKS);
topology maintanence: correction on change and replication; lookup and
periodic stabilization; Pastry: Prefix routing, SkipNet: distributed data
structures.   Introduction to GRIDs and Globus. Hands-on experience of
peer-to-peer middleware and GRID services.
Abstract
Advanced course in Software
Engineering that is formed individually
according to a student’s specialization.
The main goal of the course is to
provide an opportunity for students with
relevant background to develop in-depth
competence in Software Engineering
related topics that are not covered by
regular courses. Course selection and its
content must be approved by the course
coordinator.
Aim
The aim of this module is to provide
students with basic concepts and
principles of distributed systems, basic
distributed algorithms, and orientation
about distributed middleware. The
module is taught in seminar style, and
several case studies are included.
Topics include:
Fundamental results in distributed
algorithms; models of distributed
computations; spanning tree
algorithms;  flooding. Adhoc
peer-to-peer networks (Gnutella).
Structured peer-to-peer overlay
networks (Chord, DKS); topology
maintanence: correction on change and
replication; lookup and periodic
stabilization; Pastry: Prefix routing,
SkipNet: distributed data structures.
  Introduction to GRIDs and
Globus. Hands-on experience of peer-topeer
middleware and GRID services.
Syllabus
Relevant knowledge in Software
Engineering and Distributed Systems
that is approved by the course
coordinator
706
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