Associate Professor Chin graduated from Curtin University of Technology, Western
Australia, with a Bachelor of Science (Hons1) degree, majoring in computer networks and
systems and minoring in computer graphics. He also won the top honours student prize.
A/Prof Chin went on to complete a PhD thesis titled "Investigations into the
Applications of Active Networks in Mobile Computing Environments" which was awarded
with distinction and the Vice-Chancellor's commendation. Following the completion of
his studies, A/Prof Chin worked as a Senior Research Engineer at the Motorola Australia
Research Center (MARC). Interesting projects worked on include ad-hoc routing protocols,
low-power sensor MACs, zero-configuration home networking using IPv6, and bandwidth
managers for wireless LANs. At MARC, A/Prof Chin developed MACs for sensor networks that
under went extensive field trials, experimented with ad-hoc routing protocols on a real
test-bed that led to a key journal paper, and implemented zeroconfiguration protocols and
a IPv4/IPv6 translator for next generation home gateways on the NetBSD O/S 

Field of Study: - Internet - BGP, P2P video streaming - Wireless Sensor Networks - energy
efficient MACs and routing protocols - RFID - fast, accurate, and energy efficient MACs -
Wireless Mesh Networks - routing, macro/coop-diversity, MACs, and modelling - Algorithms
for time varying network optimisation - Technologies for greening the Internet -
Combinatorial optimisation problems related to computer communications 

Professional Activities and Affiliations: Voting member of the IEEE 802.15.3 working
group 

Current Research Students: -Hamidreza Salarian : On Mitigating Energy Holes in Wireless
Sensor Actuator Networks -Saeid Iranmanesh : Adaptive destination-based protocol for DTNs
using Heuristics and Machine Learning -Saif Alsulami : Crowed Management and Mobile
Devices -Alejandro Ruiz Rivera : Green Technologies for Computer Networks -Xiaofeng Lang
: Bounding End-to-End Delays in Rechargeable Wireless Sensor Networks -Qiongjie Luo :
Networked Control for Bilateral Teleoperation -Uday Al-Hamdany : Energy Efficient
Wireless Sensor Networks -Dianbo Zhao : Novel Broadcast Techniques for Wireless Sensor
Networks with Asynchronous Duty Cycle -Luyao Wang : Scheduling Algorithms for Wireless
Mesh Networks -He Wang : Transmissions Algorithms for Concurrent Tx/Rx Wireless Mesh
Networks -Ali Khorsandian : Coordination in Wireless Sensor Actuator control networks.
-Jian Song : Multicast Algorithms for Dense Wireless Local Area Networks -Yuanhuizi Xu :
Scheduling Algorithms for Wireless Mesh Networks

No subject area

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A novel scheduler for concurrent Tx/Rx wireless mesh networks with weighted links (with Sieteng Soh and Chen Meng), Faculty of Informatics - Papers (2012)

This paper considers the NP-hard problem of scheduling weighted links in concurrent transmit/receive wireless mesh...

 

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A unified study of epidemic routing protocols and their enhancements (with Z Feng), Faculty of Informatics - Papers (2012)

Epidemic protocols belong to a class of routing paradigm that have wide ranging applications in...

 
Coordination in wireless sensor-actuator networks: a survey (with Hamidreza Salarian and Fazel Naghdy), Faculty of Informatics - Papers (2012)

"Wireless Sensor-Actuator Networks (WSANs) have a myriad of applications, ranging from pacifying bulls to controlling...

 
Novel association control strategies for multicasting in relay-enabled WLANs (with Shinan Li), Faculty of Informatics - Papers (2012)

Multicast is a fundamental communication service in Wireless Local Area Networks (WLANs). Unfortunately, multicast packets...

 
Aloha-based protocols (with Dheeraj Klair), Faculty of Informatics - Papers (2010)

In RFID systems, the primary aim of the reader is to identify tags quickly. Hence,...

 

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