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ACCS PhD StudentsResearch by postgraduate research students under the supervision of Centre staff contributed significantly to the Centre's longer-term research goals. By providing high quality training environments, the Centre actively aimed to retain Australia's best young complex systems researchers within the country. Some students were awarded scholarship or top-up funding by the Centre. Other students were working on complex systems related projects, and supervised by an active Centre participant. Centre funding also enabled students to attend conferences and workshops, to present their work and to gain a wider perspective on research and technical innovation. PhDs Awarded (while students were affiliated with the Centre)Sameer
Alam (UNSW@ADFA 2008)
‘Evolutionary scenario planning for
evaluating advanced air traffic management concepts’ Jennifer Badham (UNSW@ADFA
2008)
‘The role of social network
properties on the impact of direct contact epidemics’ Rodney Beard (UQ 2006)
'Ito stochastic control theory,
stochastic differential games and the economic theory of mobile
pastoralism' Mark Bowden (UQ 2008)
‘Can the interaction of heterogeneous
agents explain price fluctuations in financial markets?’
Lam Bui (UNSW@ADFA 2007)
‘The role of explicit niching and
communication messages in distributed multi-objective
optimisation’ Gang Cao (UQ 2009)
Stability
analysis and control of large scale power systems’ Elizabeth Dun (UQ 2008)
‘Computational analysis of
branching and flowering in pea plants’ Nicholas Geard (UQ 2006)
‘Artificial ontogenies: a
computational model of the control and evolution of development’
John Hawkins (UQ 2008)
‘Machine architectures for biological
sequence classification’ Tim Kastelle (UQ 2008)
‘Analysing the evolution of
international trade: A complex networks approach—measuring
globalisation in the international trade network from 1938–2003’
Xilin Li (UQ 2008)
‘Visualisation and adaptation in
complex systems: hydropower system case study’ Stefan Maetschke (UQ 2007)
‘Topological models of
transmembrane proteins for subcellular localisation prediction’
John Mansfield (UQ 2005) ‘Investigating the proposal
that socio-technical systems should be viewed as co-evolving
systems and that their design may be informed by this view’
Yateendra Mishra (UQ 2009) ‘Stability studies in a deregulated
power system’ Minh Ha Nguyen (UNSW@ADFA 2006)
‘Cooperative coevolutionary
mixture of experts: A neuro ensemble approach for automatic
decomposition of classification problems’ Anisah Nizar (UQ 2008)
‘Data Mining techniques and
technologies in customer information billing system to predict,
forecast and estimate the customer behaviour in electricity
market’ Andrew Rae (UQ 2007)
‘A behaviour-based methodology for fault
tree generation’ Aaron Searle (QUT 2007)
‘Automatic relative debugging’
Lesley Seebeck (UQ 2006)
‘Emergent
temporal behaviour in socio-technical Systems : A framework for the
temporal analysis of systems and three case studies’ Kamran Shafi (UNSW@ADFA 2008)
‘An online and adaptive signature-based approach for intrusion detection using learning classifier systems’ Henk Stolk (UQ 2005) ‘Emergent models in hierarchical and
distributed simulation of complex systems’ James Watson (UQ 2006)
‘From genotypes to phenotypes and back again: Modeling the
interaction between individual behaviour and evolution’ Lian Wen (Griffith 2008) ‘Mapping requirements changes to
design changes’ Larry Lin Feng Weng (UQ 2008) ‘Advanced techniques for engine
optimisation and control’ Kai Willadsen (UQ 2006)
‘Robustness in Boolean models of
genetic regulatory systems’ Ang Yang (UNSW@ADFA 2007)
‘A networked multi-agent combat
model: Emergence explained’ Guang Ya Yang (UQ 2008)
‘Electricity market management and
planning’ Junhua Zhao (UQ 2007)
‘Electricity market management and
analysis using advanced data mining and statistical methods’
Xuelin Zheng (Griffith 2008) ‘A model for characterising
requirements and design defects’
PhD StudentsMohsin Ali (UQ) ‘Efficient grid based algorithms for
power system data analysis’ Ardiaty Arief (UQ) ‘The application of fuzzy logic
controller for frequency control ancillary services in
competitive electricity market’ Shane Arnott (UQ) ‘The impact of advanced technologies in
support of decision making in complex environments’ Shahaan Ayyub (Griffith) "Advanced scheduling services
for the Grid" Paul Bell (UQ) ‘Simulating the process of profit
expectations formation using an agent based model’ Brett Campbell (UQ) ‘Designing to maintain human agency
in context-aware systems’ Tim Cederman-Haysom (UQ) ‘Participatory design of
ubiquitous computing’ Philip Chan (Monash) "NetFiles: A novel approach to
parallel programming Kuang Yuan Steven Chen (UQ) ‘An approach for the
architecture of a “multi-agent system” environment’ Xia Chen (UQ) ‘Data mining and statistical methods for
electricity market analysis’ Mikolaj Cieslak (UQ) ‘Modelling carbon allocation in
kiwifruit vine’ Simon Connelly (UQ) ‘Use of agent based modelling to
investigate shared situation awareness: how it is defined,
established and measured’ Brijesh Dongol (UQ) ‘Formal reasoning about progress in
concurrent programs’ Jared Donovan (UQ) ‘Participatory design of gestural
interfaces in complex multi-modal work environments’ Ezekiel Golan (UQ) ‘Individual-based modelling of insect
behaviour’ Wojtek Goscinski (Griffith) "Application deployment in
Grid Systems" Liqi Han (UQ) ‘Mathematical and computational methods for
modelling control of plant development and function’ Tim Ho (Griffith) "Grid program construction in the
GriddLeS system" Geoffrey Jones (UQ) ‘General belief theory: Toward an
integrated framework for the general analysis of socioeconomic
phenomena’ Ashok Kanagarajah (UQ) ‘Characteristics, strategies and
trend for health sector supply chain in Australia’ Steven Yi-Chi Kong (UQ) ‘A comprehensive study of grid
integration of wind generation: analysis and control’ Donny Kurniawan (Monash) ‘Integrated software development
environments for the Grid’ Kevin Kai Lin (Griffith) ‘Collaborative editing of
Behavior Trees’ Jennie Miao Lu (UQ) ‘Probabilistic transmission expansion
planning in competitive electricity market’ John Zhe Lu (UQ) ‘Electricity market planning and
management’ Sam MacAulay (UQ) ‘The division of labour and innovation
in communities of practise: Insights from an analysis of problem
solving networks’ Alisdair MacDiarmid (UQ) ‘Adaptive requirements
elicitation in distributed complex systems’ Michelle McPartland (UQ) ‘Evolutionary techniques in
complex environments’ Jason Ke Meng (UQ) ‘Intelligent fault diagnosis approach
to high voltage transmission line’ Kate Morrison (UQ) ‘The value of markets’ Toby Myers (Griffith) ‘Model driven engineering using the
Behavior Engineering methodology’ Greg Paperin (Monash) ‘The role of extrinsic disturbances
and phase changes in the evolution of natural and artificial
complex systems’ Alan Raine (UQ) ‘On growth, property and energy
transformation’ Ella Reeks (UQ) ‘Agent coordination in emerging markets’
Blaize Rhodes (UQ) ‘Presence, awareness and a process
trellis’ John Seagrott (Griffith) ‘Investigating potential
productivity improvements through a systematically constructive
requirements engineering approach’ Morgan Smith (UQ) ‘Learning agents to model air traffic
control systems’ Nam Tran (Monash) "Language independent
contracts for component software" Philip Valencia (UQ) ‘Can practical distributed robotic
solutions be automatically generated for real world
applications’ Nisansala Yatapanage (Griffith) ‘Formal verification of
system designs’ Yu-Hei Flora Yeh (UQ) ‘Model selection in machine
learning using computational statistics’ Donna Xia Yin (UQ) ‘Artificial intelligence and data
mining techniques in electricity market forecasting’ Saad Zafar (Griffith) ‘Integrating safety and security
requirements into the design of large systems’ Joe Xun Zhou (UQ) ‘Investigation of distributed
generation and its impact on power grid as a complex system’
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World-class basic and applied inter-disciplinary research on questions fundamental to understanding, designing and managing complex systems | |
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© 2009 The ARC Centre for Complex Systems, Australia |