COST initiative 
"Traffic Engineering and QoS Control in Multimedia-enabled wireless networks"
PLEASE fill in and return asap to
COST initiative coordinator: 
e-mail: yk@cs.tut.fi

COUNTRY: 

Austria................................................................. 

Organization: 

Salzburg Research..................................... 

Org-address 

Jakob Haringer Str. 5/III.......................... 

Representative (in case of several representatives please repeat the below for each of them): 

Family-name, 

Miloucheva

Given-name, 

Ilka 

Degrees and positions 
Dr. Ing. - Technical /Scientific Manager .IST INTERMON www.ist-intermon.org

tel.: 
..............................00436622288441....................... 

fax.: 
..............................00436622288222..................... 

e-mail: 
.............ilka.miloucheva@salzburgresearch.at..

URL: ...............http://www.cosy.sbg.ac.at/~ilka/

Activity related to the proposed action are supported by

 IST project INTERMON www.ist-intermon.org 

"QoS architectures for future packet-switched mobile networks"(1) 
–	tools for QoS and traffic measurement in future mobile networks  
–	novel measurement technology concept based on mobile agents
–	QoS measurement technologies for interconnected heterogeneous mobile networks in Ipv6 environment with focus on handover monitoring procedures for seamless communication
End-to-end QoS provisioning (2) 
-	integrated QoS measurement and application monitoring architectures with focus on intelligent distributed mobile applications
-	 spatial composition of inter-domain to end-to-end QoS
-	QoS measurement, modelling and analysis in inter-domain environment
traffic modelling (6) 
–	Traffic measurement and modelling survey, 
–	Measurement based modelling and simulation environment concepts
–	overview of techniques for automated model generation and parameterisation from measured traffic 
–	experiments with  IST INTERMON integrated inter-domain QoS, analysis, modelling and simulation tool based on  automated model generation and parameterisation from measured traffic 
Performance evaluation of traditional and QoS-enabled mobile packet switched systems (7). 
–	survey and evaluation of tools and techniques for performance evaluation of QoS enabled mobile networks
–	indirect measurement techniques and network tomography
–	performance studies