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People
Post-Doctor Researchers
Graduate Students
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Ryota Egashira
egashira@ics.uci.edu
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| Mr. Ryota Egashira is a second year Ph.D. student at UCI.
His research interests include the application middleware, distributed peer-to-peer networks and agent-based computing.
Mr. Egashira received his BE in Mechanical Engineering and ME in Environmental Studies from Tokyo University, Japan, in 2000 and 2002, respectively.
Mr. Egashira will be primarily responsible for investigating the discovery mechanisms in the proposed project. |
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Akihiro Enomoto
enomoto@ics.uci.edu |
| Mr. Akihiro Enomoto is a first year Ph.D. student at UCI. His research interests
include molecular communication and distributed peer-to-peer networks and
agent-based computing, and sensor networks, ad-hoc networks and wireless
networks. His current research project is for developing molecular communication.
Mr. Akihiro received his BE and MI (Master of Informatics) from Kyoto University,
Japan, in 2000 and 2002, respectively. Then Mr. Akihiro worked for ITX
Corporation, Japan. |
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Michael
Moore
mikemo@ics.uci.edu
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| Mr. Michael Moore is a third year Ph.D.
student at UCI. His current research interests are in the area of
distributed, agent-based applications. His research has focused on the
simulation study of genetic evolution of agent policies and discovery
support for agent-based applications. Mr. Moore received his B.S. in
Computer Science and B.S. in Biological Sciences at UCI in 2000. He will be
primary responsible for investigating the discovery mechanisms in the
proposed project. |
Visitors
Alumni
Assistant Adjunct Professor
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Tadashi Nakano
tnakano@ics.uci.edu
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| Dr. Tadashi Nakano is interested in interdisciplinary research areas involving computer science and biology.
His current research is focused on molecular computing and communication. |
Post-Doctor Researchers
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Jun Suzuki
jxs@cs.umb.edu
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Dr.Jun Suzuki is
a post-doctoral researcher at UC Irvine. He has been working on several
key research areas in the
Bio-Networking Architecture project, which is a new framework
for developing scalable, adaptive and survivable network applications
by applying biological concepts and mechanisms, such as the development
of a
middleware platform that operates the architecture and the evaluation
of an adaptive behavior selection scheme for autonomous network objects
(agents). His research interests include autonomous scalable distributed
computing, adaptive software architectures, and artificial immune
and neural systems. |
Graduate Students
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Keita Fujii
kfujii@ics.uci.edu
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| Mr. Keita Fujii is a Ph.D. student at UCI.
His research interests include application middleware, distributed
peer-to-peer networks and agent-based computing. His research includes
dynamic service composition on distributed agent-based network
architecture. Mr. Fujii received his BECS and MSCS from Waseda University,
Japan, in 1999 and 2001, respectively. |
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Jun Lu
lujun@ics.uci.edu
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| Mr. Jun Lu is a second year Ph.D. student
at UCI. His research interests include sensor networks, ad-hoc networks and
wireless networks. His current research project is for improving network
coverage of sensor networks. Mr. Lu
received his BECS and MSCS from Beijing University of Posts and Telecommunications,
China, in 1997 and 2000, respectively. |
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Yi Pan
ypan@ics.uci.edu
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| Mr. Yi Pan is a third year Ph.D. student at
UCI. His research interests include efficient mechanisms for transmission
of multimedia data in the future Internet, wireless and ad hoc networks,
Internet congestion control models, and large-scale system optimization
techniques. Mr. Pan received his BSCS and MSCS from Fudan University, China
in 1997 and 2000, respectively. |
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Jidong Wang
jidongw@ics.uci.edu |
| Mr. Jidong Wang is a second year Ph.D.
student at UCI. His research interests include ad hoc networks, sensor networks
and wireless networks. His research has focused on handoff schemes on 802.11,
multi-points surveillance in sensor network. Mr. Wang received his B.S and M.S
from Tianjin University, China in 1997 and 2000 respectively. After that he worked
in Microsoft Research Asia and Nortel Networks before he joined UCI in 2004 for
his Ph.D. degree. |
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Ariffin Datuk Yahaya
ariffin@ics.uci.edu
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| Mr. Ariffin Datuk Yahaya is currently
a second year Ph.D. student at UCI. His research interests include Policy
Based QoS Networks, QoS Routing and the general question on how to apply
economic principles to making networks scale. Mr. Yahaya has worked in industry
first in deploying enterprise level computing systems, and then later in
enterprise level network and database disaster recovery. Mr. Yahaya earned
his BSc. Degree in Computer Science from California State University, Northridge
(CSUN) where his interests were in economics, databases and networks. Mr.
Yahaya is also a champion coder, representing CSUN in ACM Programming competitions
for the years 1998 and 2000. Mr. Yahaya is primarily responsible for the
interdomain resource exchange (iREX) project, which is about enabling domains
to exchange premium traffic in a bi-lateral manner that will comprise of
all participating domains advertising a price for their available bandwidth
and the domain needing services contacting these domains individually and
setting up a path based on the sending domain's own criteria. |
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Mei Yang
meiy@ics.uci.edu
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| Ms. Mei Yang is a fourth year
Ph. D. student at UCI. Her researchinterests include QoS frameworks, ad
hoc and sensor networks. Ms. Yang received her BECE and MECE from Beijing University of Posts and
Telecommunications, China in 1997 and 2000, respectively. She was
primary responsible for investigating the dynamic QoS path establishment
techniques in the ODP project and now is working on a self-organizing
algorithm in mobile sensor network.. |
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Weilin Zeng
wzeng@ics.uci.edu
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| Mr. Weilin Zeng is a third year Ph.D.
student at UCI. His research interests include ad hoc and sensor networks.
His research is focusing on enhancing routing in ad hoc networks by employing
new technologies in lower layers. Mr. Zeng received his bachelor and master
degrees from Tsinghua University, China in 1997 and 2000, respectively. |
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Yan Huang
yanh@ics.uci.edu
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| Yan Huang received her B.S. in
1997 from Beijing University and M. E. in 2000 from Beijing University
of Posts and Telecommunications in China. She is now pursuing Ph.
D. degree in computer science at UCI under the direction of Prof.
Suda. During the last two years, she has worked on a QoS framework
in wired networks. Her current research interest is sensor networks.
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Sang June Ahn
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Current
Research:
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High-speed IP router
including various shortcut techniques sucb as IP
switching, Tag switching, MPLS(Multi Protocol
Label Switching), NHRP, etc. ATM computer which
replaces convetional bus interconnect with ATM
fabrics. This new platform also can be applied
for IP/ATM switching system which does IP routing
over ATM. |
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Célio Albuquerque
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Current
Research:
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Design and evaluation
of a multicast video service architecture, which
relies on adaptive multi-layered video encoding. |
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Larry Chen
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Current
Research:
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I'm building a mobile
agent framework for ubiquitous computing over
heterogeneous, nomadic, wide-area networks.
Current foci include flexible inter-agent
communication, reliable multicast for mobile
agents, multi-agent behavior modeling and
simulation, and mobile agent security. |
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Duke P. Hong |
Current
Research:
|
My current research
focuses on the performance analysis of data
traffic over ATM networks. Key aspects of this
work include the performance of TCP flow control
over ATM Available Bit Rate in a heterogeneous
environment with preemptive non-ABR traffic, IP
fast switching and routing architectures over
ATM, and self-similar traffic modeling. Primary
methodology is via computer simulations with
supporting mathematical analysis. My other
research interests include multimedia network
design and analysis and web server performance. |
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Name:
Email:
Webpage:
Organization:
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Hung Huang
Canon
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George Lin |
Current
Research:
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My main research
focuses on developing and analyzing queueing
models to evaluate network performance. I am also
exploring the causes, effects, and control of
self-similar network traffic. |
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Name
Organization:
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Tracy Bradley Maples
Cal. State Univ. Long Beach
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Carlos Oliveira
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Current Research:
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My research interesting are on quality of
services guarantee for high-speed wired and wireless networks.
It also includes network archirectures to support transport of
multimedia applications (voice/data/video). |
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Michael Wang
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Current
Research:
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I am investigating a
highly scalable, decentralized, adaptable, and
survivable architecture for network services and
applications called the Bio-Networking
Architecture. The Bio-Networking Architecture is
inspired by biological systems such as the immune
system, bee colony, ant colony, and human
society. The Bio-Networking Architecture consists
of groups of autonomous mobile agents which
exhibit emergent behaviors. |
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