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Transport Layer congestion control
Phat long distance networks
TCP Westwood+
GPRS/UMTS Evaluations
Application Layer Congestion Control
Design and Implementation of Rate Based algorithms over UDP/IP
GPRS/UMTS Evaluations
Transient Network Architecture
Tools for realword complex network evaluations:
LIBrary for NETwork MEASurement
TestNet Framework
Identification of Skype congestion control
GNU/Linux Handhelds devices porting and developing
GPE Device Controller Framework Design
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Phat long distance networks
TCP Westwood+
GPRS/UMTS Evaluations
Design and Implementation of Rate Based algorithms over UDP/IP
GPRS/UMTS Evaluations
Transient Network Architecture
LIBrary for NETwork MEASurement
TestNet Framework
Identification of Skype congestion control
GNU/Linux Handhelds devices porting and developing
GPE Device Controller Framework Design
Transport Layer congestion control
Phat long distance networks
TCP Westwood+
GPRS/UMTS Evaluations
Application Layer Congestion Control
Design and Implementation of Rate Based algorithms over UDP/IP
GPRS/UMTS Evaluations
Transient Network Architecture
Tools for realword complex network evaluations:
LIBrary for NETwork MEASurement
TestNet Framework
Identification of Skype congestion control
GNU/Linux Handhelds devices porting and developing
GPE Device Controller Framework Design
LDC:Research
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Luca De Cicco
Associate Professor, PhD
Home
Research
Publications
Teaching
TAPAS
Main research interests are the following:
Contents
1
Congestion Control
2
Next Generation Internet Design
3
Networking
4
Handhelds Devices
Congestion Control
Transport Layer congestion control
Phat long distance networks
TCP Westwood+
GPRS/UMTS Evaluations
Application Layer Congestion Control
Design and Implementation of Rate Based algorithms over UDP/IP
GPRS/UMTS Evaluations
Next Generation Internet Design
Transient Network Architecture
Networking
Tools for realword complex network evaluations:
LIBrary for NETwork MEASurement
TestNet Framework
Identification of Skype congestion control
Handhelds Devices
GNU/Linux Handhelds devices porting and developing
GPE Device Controller Framework Design
Luca De Cicco
Associate Professor, PhD
Home
Research
Publications
Teaching
TAPAS
Main research interests are the following:
Contents
1
Congestion Control
2
Next Generation Internet Design
3
Networking
4
Handhelds Devices
Congestion Control
[
edit
]
Transport Layer congestion control
Phat long distance networks
TCP Westwood+
GPRS/UMTS Evaluations
Application Layer Congestion Control
Design and Implementation of Rate Based algorithms over UDP/IP
GPRS/UMTS Evaluations
Next Generation Internet Design
[
edit
]
Transient Network Architecture
Networking
[
edit
]
Tools for realword complex network evaluations:
LIBrary for NETwork MEASurement
TestNet Framework
Identification of Skype congestion control
Handhelds Devices
[
edit
]
GNU/Linux Handhelds devices porting and developing
GPE Device Controller Framework Design