Dr Guillaum
e Jourjon – CSIRO&nb sp;
Dr Guillaum
e Jourjon – CSIROGuillaume is a Senior Research Scientist at Data61-CSIRO where he is part of the Networks Research Group in the Cyber-P hysical System Program.
Research Interests: My research interests revolve around network mea
surements, fraud detection, and new network architectures. My current proje
cts include:
– Large Scale Measurement Architecture and performa
nce evaluation
– Network Economics
– Software Defined
Networking
– Multi-threaded high-speed packet processing for ne
twork bound applications
– Cyber-security
Biography: Durin g my career to date, I have pursued research excellence in three concurrent axes. The first aims at promoting experimental-based research in networkin g. This approach led us to develop the cOntrol and Management Framework (OM F), a modular testbed management framework, and its companion measurement l ibrary (OML). These research instruments allows the researchers to exhausti vely describe their experiments and orchestrate their applications with the measurement library. In this context, I have recently developed a general portal in order to automatically store experiment characteristics, and allo w the replication and analysis of the results.
The second axis of my research applied to the development of new teaching capacity in accordance to the on-going evolution of both research in networking and the University requirements for students in engineering courses. Indeed, networking has r ecently been added to numerous diplomas ranging from aeronautical engineeri ng to pure computer science. Thus, a lecturer cannot expect all their stude nts to have good enough programming skills to perform assignments and lab t asks, suggesting that a new teaching approach is required. In order to help the lecturer, I have introduced, with the IREEL tool, a new learning layer for networking and to a certain extent, computer science courses. This lay er allows a general abstraction of the network whilst real protocols are us ed to perform experiments configured by the students. Furthermore, it allow s the students to have a better look “under the hood” and to be tter cope with the steep learning curve involved in the acquisition of the new programming language. Recently, this tool has been used at the UNS W in S2 2010 and was well received by the students for its learning ca pabilities.
My third research interest is related to P2P computing an
d service delivery optimisation. In the recent years, the increase of the n
etwork capacities has been followed by the increase of end system capacitie
s, such as home gateways. These mini computers, serving as a router/modem,
could be use to provide new as well as legacy services directly at the cons
umer’s premises and thus limit the carbon foot print of services such
as VoD or gaming. I am interested
in finding new models to describe t
his kind of managed P2P distribution systems in order to make them even mor
e efficient in terms of energy consumption or SLA fulfilment. In an orthogo
nal approach, I am also interested in developing new algorithms and archite
ctures
to take advantage of the distributed computing capability.
&nb sp;
Dr Guillaume Jourjon – CSIROGuillaume is a Senio r Research Scientist at Data61-CSIRO where he is part of the Networks Resea rch Group in the Cyber-Physical System Program.
Research Interests: My research interests re
volve around network measurements, fraud detection, and new network archite
ctures. My current projects include:
– Large Scale Measurement A
rchitecture and performance evaluation
– Network Economics
– Software Defined Networking
– Multi-threaded high-speed
packet processing for network bound applications
– Cyber-securit
y
Biography: During my career to date, I have pursued research excell ence in three concurrent axes. The first aims at promoting experimental-bas ed research in networking. This approach led us to develop the cOntrol and Management Framework (OMF), a modular testbed management framework, and its companion measurement library (OML). These research instruments allows the researchers to exhaustively describe their experiments and orchestrate the ir applications with the measurement library. In this context, I have recen tly developed a general portal in order to automatically store experiment c haracteristics, and allow the replication and analysis of the results.
< p>The second axis of my research applied to the development of new teaching capacity in accordance to the on-going evolution of both research in netwo rking and the University requirements for students in engineering courses. Indeed, networking has recently been added to numerous diplomas ranging fro m aeronautical engineering to pure computer science. Thus, a lecturer canno t expect all their students to have good enough programming skills to perfo rm assignments and lab tasks, suggesting that a new teaching approach is re quired. In order to help the lecturer, I have introduced, with the IREEL to ol, a new learning layer for networking and to a certain extent, computer s cience courses. This layer allows a general abstraction of the network whil st real protocols are used to perform experiments configured by the student s. Furthermore, it allows the students to have a better look “under t he hood” and to better cope with the steep learning curve involved in the acquisition of the new programming language. Recently, this tool has been used at the UNSW in S2 2010 and was well received by the stud ents for its learning capabilities.My third research interest is rel
ated to P2P computing and service delivery optimisation. In the recent year
s, the increase of the network capacities has been followed by the increase
of end system capacities, such as home gateways. These mini computers, ser
ving as a router/modem, could be use to provide new as well as legacy servi
ces directly at the consumer’s premises and thus limit the carbon foo
t print of services such as VoD or gaming. I am interested
in finding
new models to describe this kind of managed P2P distribution systems in ord
er to make them even more efficient in terms of energy consumption or SLA f
ulfilment. In an orthogonal approach, I am also interested in developing ne
w algorithms and architectures
to take advantage of the distributed co
mputing capability.
For More Information:
Publications, Research
, Experience, Achievements & Awards
https://pe
ople.csiro.au/J/G/Guillaume-Jourjon