521374S COMMUNICATION NETWORKS II (7 cu)

TIETOLIIKENNEVERKOT II

The course is lectured in spring 2012 :

Course syllabus 2012 

Network optimisation
Lecture 1: Network Utility Function Decomposition
Lecture 2: Convex Optimisation Theory based Models
Lecture 3: Crosslayer Optimisation
Lecture 4: Crosslayer Optimisation 2

Queueing theory
Lecture 5: Introduction to Queueing Theory (A)
Lecture 6-7: Simple Markovian Birth-Death Queueing Models (A)
Lecture 8: Advanced Markovian Queueing Models (A)

Network stabiity
Lecture 9: Routing and Network Stability
Time varying network with queuing, Network Delay
Lecture 10: Lyapunov Drift and Network Stability
Lagrangian Decomposition of Multicomodity Flow Optimization Problem
Lecture 11: Flow Optimization in Heterogeneous Networks
Protocol Optimization with Infinite Buffers, Lyapunov Drift Analysis of DFRA Algorithm
Lecture 12: Optimization of DFRA with Finite Buffers
Dynamic Resource Allocation in Computing Clouds

Course Books:
- S. Glisic & B. Lorenzo: Advanced Wireless Networks: 4G Technologies.
- S. Glisic: Advanced Wireless Communications and Internet: Future Evolving Technologies, 3rd Edition.

All additional course information will be available in Optima