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:    ..........Croatia

Organization:   ......University of Split

Org-address ..........R.Boskovica bb., HR-21000 Split, Croatia

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

Family-name, ............Rozic
Given-name, .............Nikola
Degrees and positions ...Dr. Sc. Full Professor

tel.: .....+385 21 305 808

fax.: .....+385 21 463 877

e-mail: ...rozic@fesb.hr

Family-name, ............Dujmic
Given-name, .............Hrvoje
Degrees and positions ...Dr. Sc. Assistent Professor

tel.: .....+385 21 305 805

fax.: .....+385 21 463 877

e-mail: ...dujmic@fesb.hr
URL:
............................................................................


Activity related to the proposed action: As a leader of projects
"Multimedia communications and information technologies" and "Advanced
communication an information systems and services" sponsored by the
Ministry of science and technology a number of investigations I have done
in ATM, IP, and wireless networks, particularly concerned with multimedia
traffic, its modeling, prediction, packet flow control, routing and QoS
management. In IP and wireless networks methods for resource reservation
and call admission control have been investigated. We analyze methods for
source, channel and network modeling, traffic engineering, multiple access
channel modeling, broadcasting models, throughput analysis, flow control,
routing, channel allocation, quality of services (QoS) analysis,
distributed systems, message integration (speech, text, data, audio, image
and video). Particularly we use the multi-input-multi-output (MIMO)
multiplicative ARIMA (p,d,q)x(P,D,Q)S models for new call admission
control to maximise the system throughput while keeping the handoff call
dropping probability below the targeted value.