module 1.3: network systems
DESCRIPTION
Module 1.3: Network Systems. Geert Heijenk Pieter-Tjerk de Boer, Nirvana Meratnia, Jan Kamphuis February 28, 2013. Requirements. 12 (+ 3 math) ECTS Module for CS, EE (1 out of 2), and others (elective). Open network infrastructures and embedded networks All layers: - PowerPoint PPT PresentationTRANSCRIPT
Module 1.3: Network Systems
Geert Heijenk
Pieter-Tjerk de Boer, Nirvana Meratnia, Jan Kamphuis
February 28, 2013
February 28, 2013 Geert Heijenk 1
Requirements
12 (+ 3 math) ECTS Module for CS, EE (1 out of 2), and others (elective).
Open network infrastructures and embedded networks
All layers: physical (e.g., Shannon limit, error correction, propagation) link (e.g., medium access control, retransmission schemes, switching) network (e.g., routing, addressing, router architecture) transport (e.g., congestion control, flow control), and application (email, web, peer2peer, web2.0)
Both: basic principles and operation of key protocols (of the Internet)
Also: design aspects protocol design & implementation network monitoring and measurement performance modeling and evaluation.
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Problem-based learning ???
Challenge-based learning
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How to teach / how to learn? Observation
observe (measure) how real networks are working (Wireshark)
Colstructie (Hoorcollege transforming into Werkcollege) learn to understand basic principles learn how real networks (the Internet, sensor networks) are working
Werkcollege learn how to model networks, and how to evaluate network designs using these models
Challenge obtain in-depth understanding of key principles by designing them get motivated / forced to study theory
Self-study study book, reader, and/or online lectures
Integration Project learn to design and implement networking systems, protocols, and applications
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First design
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Math5 weeks x 2 days
Weekly theme (9x)3 days:- observation,- colstructie,- werkcollege,- challenge,- self-studie,- test?
Integration Project
Wk 2 Wk 4 Wk 6 Wk 8 Wk 10
1 2 3 4 5 6 7 8 9
spare
Network Systems in 9 themes
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Identification of important topics Structuring into 9 themes
But: math has changed from 5 x 2 days to 7 x 1.5 days (roughly) we have found suitable study book, but with slightly different organization some topics already in module 1.1 (part introduction, crypto) weekly testing may be too much
Resulting weekschedule
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