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mouse0601

木虫 (知名作家)

应助: 100 (初中生)
金币: 1325.5
散金: 8549
红花: 20
帖子: 5131
在线: 1596.6小时
虫号: 387686
注册: 2007-05-30
性别: GG
专业: 电化学

[交流] ARC DECRA出结果了已有22人参与

http://www.arc.gov.au/pdf/DECRA1 ... ls_by_State_Org.pdf
恭喜高中的29个中国人（如果没数错的话）。
将来要来申DECRA的找找同方向的，看看他们的背景吧，也好心里有数。

[ Last edited by mouse0601 on 2011-11-14 at 08:42 ]

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1楼 2011-11-14 08:14:30

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mouse0601

木虫 (知名作家)

应助: 100 (初中生)
金币: 1325.5
散金: 8549
红花: 20
帖子: 5131
在线: 1596.6小时
虫号: 387686
注册: 2007-05-30
性别: GG
专业: 电化学

各类统计
http://www.arc.gov.au/ncgp/decra/de12_selection_report.htm

Discovery Early Career Researcher Award
Selection Report for Funding Commencing in 2012
Overview
Objectives
Selection Process
Selection Criteria
Funding Level and Duration
Summary of Outcomes
Approved funding by discipline panel
National Research Priorities
Gender of Candidates
Citizenship and residency status
Time since PhD
Administering Organisation
Overview
The Discovery Early Career Researcher Award scheme is a separate element of the Discovery Program. It aims to provide more focused support for researchers and create more opportunities for early-career researchers in both teaching and research, and research-only positions. It supports research in areas of critical national importance by enabling outstanding Australian and international early-career researchers to conduct their research in Australia.

[top]

Objectives
The objectives of the Discovery Early Career Researcher Award scheme are to:

support and advance promising early career researchers;
promote enhanced opportunities for diverse career pathways;
focus research effort in the National Research Priority areas to improve research capacity and policy outcomes; and
enable research and research training in high quality and supportive environments.
[top]

Selection Process
The closing date for proposals was 18 May 2011. Proposals were submitted through the ARC Research Management System (RMS).
ARC Executive Directors, assisted by relevant ARC staff, prepared funding recommendations for submission to the Chief Executive Officer (CEO).  The recommendations were based on advice from Selection Advisory Committees which:

assessed proposals and reviewed assessments made by independent readers;
ranked each proposal relative to the others on the basis of the proposal and the assessors’ reports; and
assessed and recommended budgets;
and, advice from the ARC Eligibility Committee which:

considered eligibility issues identified by ARC staff or the members of the Selection Advisory Committees;
sought advice from institutions with respect to issues raised; and
made recommendations to the CEO in respect of ineligible proposals.
This report reflects the recommendations of the ARC CEO to the Minister. Unless otherwise specified, figures presented in this report exclude withdrawn proposals.

[ top]

Selection Criteria
Selection criteria and corresponding weightings for Discovery Early Career Researcher Award proposals are:
DECRA candidate                                                                   (30%)
project quality; and                                                                (50%)
institutional support                                                             (20%)

[top]

Funding Level and Duration
Discovery Early Career Researcher Award projects are funded for three consecutive years on a full-time basis. In addition to the annual salary contribution of $85,000 including 28 per cent on costs the ARC may provide up to $40,000 project costs per annum.

[top]

Summary of Outcomes
The ARC received a total of 2170 Discovery Early Career Researcher Award proposals for funding commencing in 2012, of which eleven were subsequently withdrawn by the Administering Organisations. The overall success rate is 12.8 per cent.

Table 1. Approved Discovery Early Career Researcher Award proposals for funding commencing in 2012

Proposals considered  Proposals approved Success rate Total requested funds (over project life) Requested funds (over project life) of approved proposals Funds allocated (over project life)
2159  277 12.8% $809,625,000 $ 103,875,000 $ 103,875,000

Table 2. Indicative funds for approved Discovery Early Career Researcher Award proposals for funding commencing in 2012

2011-12 2012-13 2013-14 2014-15 Total
Indicative Funding $17,312,500 $34,625,000 $34,625,000 $17,312,500 $103,875,000

[top]

Approved funding by discipline panel
Table 3. Numbers and success rates for Discovery Early Career Researcher Award proposals for funding commencing in 2012, by Disciplines

Panel*  Proposals considered % of proposals considered Proposals approved Success rate Allocated funds (over project life)
BSB 499 23% 70 14.0% $26,250,000
EMI 503 23% 57 11.3% $21,375,000
HCA 367 17% 45 12.3% $16,875,000
PCE 404 19% 51 12.6% $19,125,000
SBE 386 18% 54 14.0% $20,250,000
Total 2159 100% 277 12.8% $103,875,000

*(BSB – Biological Sciences and Biotechnology; EMI – Engineering, Mathematics and Informatics; PCE – Physics, Chemistry and Earth Sciences; SBE – Social, Behavioural and Economic Sciences; HCA – Humanities and Creative Arts)
[top]

National Research Priorities
Table 4. Numbers and success rates for Discovery Early Career Researcher Award proposals for funding commencing in 2012, by National Research Priority

National Research Priority  Proposals considered Proposals approved Success rate Allocated funds (over project life)
An Environmentally Sustainable Australia 419 47 11.2% $17,625,000
Promoting and Maintaining Good Health 546 73 13.4% $27,375,000
Frontier Technologies for Building and Transforming Australian Industries 766 97 12.7% $36,375,000
Safeguarding Australia 307 46 15.0% $17,250,000
None selected 121 14 11.6% $5,250,000
Total proposals 2159 277 12.9% $103,875,000
Total priority proposals 2038 263 12.9% $98,625,000
% within priority area 94.4% 94.9%  94.9%

[top]

Gender of Candidates
Table 5. Numbers and success rates by gender for Discovery Early Career Researcher Award for funding commencing in 2012

Panel*  Number of female candidates Number of approved female candidate Female success rate Number of male candidates Number of approved male candidate Male success rate
BSB 228 40 17.5% 269 30 11.2%
EMI 97 7 7.2% 404 50 12.4%
HCA 226 29 12.8% 138 16 11.6%
PCE 101 17 16.8% 303 34 11.2%
SBE 215 27 12.6% 170 27 15.9%
Total 867 120 13.8% 1284 157 12.2%

*(BSB – Biological Sciences and Biotechnology; EMI – Engineering, Mathematics and Informatics; PCE – Physics, Chemistry and Earth Sciences; SBE – Social, Behavioural and Economic Sciences; HCA – Humanities and Creative Arts)

Please note that a small number of proposal participants did not provide gender information and are not included.

Citizenship and residency status
Proposals were open to Eligible Organisations to nominate candidates who are promising early career researchers, resident either within Australia or overseas.

Table 6. Citizenship/residency status of Discovery Early Career Researcher Award Candidates for funding commencing in 2012

Citizenship/residency status  Proposals considered % of proposals considered Proposals approved Success rate
Returning Australians 89 4.1% 18 6.5%
Foreign Nationals 604 28.0% 91 32.9%
Resident Australians 1466 67.9% 168 60.6%
Total 2159 100% 277 12.8%

[top]

Time since PhD
At the closing time of submission of proposals, 1925 of all Discovery Early Career Researcher Award Candidates were within 5 years of the award of their PhD and 234 were within 5 to 8 years of the award of their PhD. Of the approved Discovery Early Career Researcher Award, 256 are within 5 years of the award of their PhD and 21 are within 5 to 8 years of the award of their PhD.

Table 7.    Years since the award of PhD (at time of submission) for Discovery Early Career Researcher Award forfunding commencing in 2012

Years since award of PhD  No. of considered proposals  % of considered proposals  No. of approved proposals  % of approved proposals
0-1  321 14.9% 27 8.4%
1-2 351 16.3% 39 11.1%
2-3  420 19.5% 64 15.2%
3-4  411 19.0% 58 14.1%
4-5  422 19.5% 68 16.1%
5-6  128 5.9% 20 15.6%
6-7  69 3.2% 1 1.4%
7-8  37 1.7% 0 0.0%
TOTAL  2159 277 12.8%

[top]

Administering Organisation
Table 8. Number of Discovery Early Career Researcher Award proposals and success rates for funding commencing in 2012, by Administering Organisation

Administering Organisation Proposals considered Proposals approved Success rate Allocated funding
Australian Capital Territory
Australian Institute of Aboriginal and Torres Strait Islander Studies 1 0 0.0% $0
Commonwealth Scientific and Industrial Research Organisation 39 3 7.7% $1,125,000
The Australian Institute of Marine Science 5 0 0.0% $0
The Australian National University 159 30 18.9% $11,250,000
University of Canberra 5 0 0.0% $0
New South Wales
Australian Catholic University 6 0 0.0% $0
Australian Nuclear Science and Technology Organisation 2 0 0.0% $0
Charles Sturt University 8 0 0.0% $0
Macquarie University 63 8 12.7% $3,000,000
Southern Cross University 14 1 7.1% $375,000
The Australian Museum 3 0 0.0% $0
The University of New England 18 1 5.6% $375,000
The University of New South Wales 202 28 13.9% $10,500,000
The University of Newcastle 44 3 6.8% $1,125,000
The University of Sydney 194 36 18.6% $13,500,000
University of Technology, Sydney 49 3 6.1% $1,125,000
University of Western Sydney 29 2 6.9% $750,000
University of Wollongong 52 7 13.5% $2,625,000
Northern Territory
Charles Darwin University 1 0 0.0% $0
Queensland
Bond University 4 1 25.0% $375,000
Central Queensland University 4 0 0.0% $0
Griffith University 68 5 7.4% $1,875,000
James Cook University 23 1 4.3% $375,000
Queensland University of Technology 61 10 16.4% $3,750,000
The University of Queensland 213 34 16.0% $12,750,000
University of Southern Queensland 19 0 0.0% $0
University of the Sunshine Coast 6 1 16.7% $375,000
South Australia
The Flinders University of South Australia 21 2 9.5% $750,000
The University of Adelaide 86 12 14.0% $4,500,000
University of South Australia 45 4 8.9% $1,500,000
Tasmania
University of Tasmania 32 2 6.3% $750,000
Victoria
Deakin University 25 2 8.0% $750,000
La Trobe University 30 5 16.7% $1,875,000
Melbourne College of Divinity 1 0 0.0% $0
Monash University 155 22 14.2% $8,250,000
RMIT University 53 2 3.8% $750,000
Royal Botanic Gardens and National Herbarium of Victoria 1 0 0.0% $0
Swinburne University of Technology 24 3 12.5% $1,125,000
The University of Melbourne 193 24 12.4% $9,000,000
University of Ballarat 7 0 0.0% $0
Victoria University 6 0 0.0% $0
Western Australia
Curtin University of Technology 37 3 8.1% $1,125,000
Edith Cowan University 9 0 0.0% $0
Murdoch University 20 4 20.0% $1,500,000
The University of Western Australia 119 18 15.1% $6,750,000
University of Notre Dame Australia 3 0 0.0% $0
Total 2159 277 12.8% $103,875,000

[ Last edited by mouse0601 on 2011-11-14 at 08:16 ]

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2楼2011-11-14 08:14:51

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mouse0601

木虫 (知名作家)

应助: 100 (初中生)
金币: 1325.5
散金: 8549
红花: 20
帖子: 5131
在线: 1596.6小时
虫号: 387686
注册: 2007-05-30
性别: GG
专业: 电化学

1.
DE120100960
Approved Project Title
Simulation and characterisation of the packing of uniform non-spherical particles
Dong, Dr Kejun J
Primary FoR 0904 CHEMICAL ENGINEERING
DECRA Dr Kejun J Dong
Administering Organisation The University of New South Wales
Project Summary
The effect of particle shape on the packing of uniform particles is a fundamental problem in the study of granular materials and is also related to other important scientific problems. This project aims to solve this problem by an innovative computer simulation method, using virtual but insightful numerical results to build solid theories.

2.
DE120100329
Approved Project Title
Photocatalytic reduction of carbon dioxide with water into hydrocarbon fuels and chemicals
Jiang, Dr Yijiao
Primary FoR 0904 CHEMICAL ENGINEERING
DECRA Dr Yijiao Jiang
Administering Organisation The University of New South Wales
Project Summary
This project aims to develop a highly efficient photocatalytic process for converting CO2 into hydrocarbon fuels and high value-added chemicals. This new technology can reduce CO2 concentrations in the environment and provide a feasible mean to produce non-fossil fuels and industrial chemicals that society has to depend upon.

3.
DE120100501
Approved Project Title
The Advising Boards, corporate risk-taking and firm performance
Tian, Dr Yuan G
Primary FoR 1502 BANKING, FINANCE AND INVESTMENT
DECRA Dr Yuan G Tian
Administering Organisation The University of New South Wales
Project Summary
Corporate governance, in particular the role of corporate boards, has been at the centre of recent regulatory reforms. To advance our understanding on the advising role of boards, this project examines boardroom social connections, entrepreneur directors, and how the advising boards contribute to corporate risk management and firm performance.

4.
DE120102144
Approved Project Title
Continuously monitoring uncertain objects in a multi-dimensional space
Zhang, Dr Wenjie
Primary FoR 0806 INFORMATION SYSTEMS
DECRA Dr Wenjie Zhang
Administering Organisation The University of New South Wales
Project Summary
The project aims to develop novel, advanced techniques to continuously monitor uncertain objects. The success of the project not only brings breakthroughs in technology development but also provides training for high quality personnel in this important and growing area, and brings considerable economic and social benefits to Australia.

5.
DE120102580
Approved Project Title
Water and carbon stable isotope exchange between the biosphere and atmosphere
Hu, Dr Jia
Primary FoR 0607 PLANT BIOLOGY
DECRA Dr Jia Hu
Administering Organisation The University of Sydney
Project Summary
Understanding how climatic factors affect ecosystem carbon dioxide and water fluxes is essential for better climate models and managements strategies. This project will use novel isotope laser spectroscopy to measure the oxygenisotope of transpired water and that of the atmosphere to examine carbon dioxide and water at both the leaf andecosystem scale.

6.
DE120102784
Approved Project Title
Water-swellable rubber with nanoparticle-enabled super capacity as smart water-leakage
sealant
Tang, Dr Youhong
Primary FoR 0912 MATERIALS ENGINEERING
DECRA Dr Youhong Tang
Administering Organisation The University of Sydney
Project Summary
A novel water-swellable rubber (WSR) sealant with continuous hydrophobic phase and isolated hydrophilic phase is developed for stopping water leakage from gaps and cracks. Nanoparticle-enabled blocks and network channels in rubber matrix effectively improve the integrity and capability of WSR as smart water-leakage sealants in various applications.

7.
DE120102664
Approved Project Title
A micro-compression study of aluminium alloys: establishing the nanoscale mechanisms of
precipitate-induced strengthening to achieve stronger alloys
Xia, Dr Junhai
Primary FoR 0912 MATERIALS ENGINEERING
DECRA Dr Junhai Xia
Administering Organisation The University of Sydney
Project Summary
This project will study the strengthening mechanisms of aluminium alloys by directly observing how dislocations interact with solute nanostructures. The research will advance our knowledge of dislocation dynamics in precipitationstrengthening alloys, and provide a quantitative method for controlling those nanostructures to achieve higher strength alloys.

8.
DE120100226
Approved Project Title
Quantum entanglement using slow-light-enhanced nonlinearity
Xiong, Dr Chunle
Primary FoR 0206 QUANTUM PHYSICS
DECRA Dr Chunle Xiong
Administering Organisation The University of Sydney
Project Summary
The project will develop the fundamental science for creating quantum entanglement in micro- and nano-scale photonic devices so that thousands of these devices can be placed onto a single chip. This is the key to building practical quantum technologies that will make communications much more secure and computations many times faster.

9.
DE120102906
Approved Project Title
Topology optimisation for advanced engineered nanostructures
Zhou, Dr Shiwei
Primary FoR 0913 MECHANICAL ENGINEERING
DECRA Dr Shiwei Zhou
Administering Organisation The University of Sydney
Project Summary
Advanced technological innovation requires extraordinary material properties, which can be generated directly from engineered nanostructures by manipulating surface plasmon resonances. The project will develop a new computational method for nanostructural design and expect to benefit aerospace, biomedical, optical and energy engineering fields.

10.
DE120102589
Approved Project Title
Monetary policy and models of money, credit and banking
Dong, Ms Mei （没有学位？不解）
Primary FoR 1402 APPLIED ECONOMICS
DECRA Ms Mei Dong
Administering Organisation University of Technology, Sydney
Project Summary
This project develops models with money and credit following recent developments in monetary theory with microfoundations. The objectives of the project are to understand the fundamental functions of credit, how credit affects the aggregate economy, and how credit affects the transmission of monetary policy.

[ Last edited by mouse0601 on 2011-11-14 at 08:28 ]

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3楼2011-11-14 08:14:59

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mouse0601

木虫 (知名作家)

应助: 100 (初中生)
金币: 1325.5
散金: 8549
红花: 20
帖子: 5131
在线: 1596.6小时
虫号: 387686
注册: 2007-05-30
性别: GG
专业: 电化学

11.
DE120103022
Approved Project Title
Generalising a root-water uptake mechanism for successful land surface modelling
Li, Dr Longhui
Primary FoR 0501 ECOLOGICAL APPLICATIONS
DECRA Dr Longhui Li
Administering Organisation University of Technology, Sydney
Project Summary
Understanding root functioning in Australian savanna ecosystems is critically important for successful resource management but such understanding is not represented in land surface models (LSMs). This project will incorporate root functioning into LSMs and improve our ability to manage water and carbon natural resources in a changing climate.

12.
DE120101496
Approved Project Title
Diammoniate of diborane for hydrogen storage
Huang, Dr Zhenguo
Primary FoR 0912 MATERIALS ENGINEERING
DECRA Dr Zhenguo Huang
Administering Organisation University of Wollongong
Project Summary
The project will study diammoniate of diborane and its related compounds and systems for hydrogen storage. The research outcome will be extremely beneficial for the fundamental research and potential application of new compounds for hydrogen storage.

13.
DE120101913
Approved Project Title
Free-forming and function-integrated composite structures for future green building
construction
Bai, Dr Yu
Primary FoR 0905 CIVIL ENGINEERING
DECRA Dr Yu Bai
Administering Organisation Monash University
Project Summary
The free expression of structure in space is a constant pursuit for architects while being a complex task for engineers. Fibre-reinforced polymer sandwiches provide an ideal way to address this challenge. This project aims to develop a novel free-forming system using such elements and explore their thermal-energy-light multifunctional integration.

14.
DE120101569
Approved Project Title
A novel graphene-based optical sensing platform
Bao, Dr Qiaoliang
Primary FoR 1007 NANOTECHNOLOGY
DECRA Dr Qiaoliang Bao
Administering Organisation Monash University
Project Summary
Graphene has extraordinary electronic and optical properties as well as large specific surface area which afford great potential for sensor applications. This project will develop an innovative sensing platform to bring graphene related materials and devices a step closer to practical applications, particularly in biochemical sensors.

14.
DE120101130
Approved Project Title
New models and estimation methods in nonlinear panel data econometrics
Li, Dr Degui
Primary FoR 1403 ECONOMETRICS
DECRA Dr Degui Li
Administering Organisation Monash University
Project Summary
This project will develop new econometric models and methods for capturing dynamic and complex relationships within economic and social systems. The outcomes of this project are expected to improve policy making process concerning climate change, economy and financial markets, through providing accurate estimates of relationships of interest.

15.
DE120102495
Approved Project Title
Creation, detection, and decoherence of a "Schrodinger Cat"
He, Dr Qiongyi
Primary FoR 0206 QUANTUM PHYSICS
DECRA Dr Qiongyi He
Administering Organisation Swinburne University of Technology
Project Summary
Ultra-cold physics is a new frontier of science, especially Bose-Einstein condensates, as mesoscopic quantum objects, are expected to have a revolutionary impact on future science and technology. This project aims to test the famous quantum mechanical prediction the "Schrodinger Cat" (neither dead nor alive) using ultra-cold physics.

16.
DE120100291
Approved Project Title
Refractive index manipulation in photonic bandgap materials for highly efficient far-field threedimensional
nonlinear nanofocusing
Jia, Dr Baohua
Primary FoR 1007 NANOTECHNOLOGY
DECRA Dr Baohua Jia
Administering Organisation Swinburne University of Technology
Project Summary
The project will extend our fundamental knowledge and advance the science of functional negative-index materials. The outcome will address the great challenge of nanofocusing in an integrated optical system, leading to more powerful and energy sustainable systems beneficial for the green photonics and other industries.

17.
DE120102352
Approved Project Title
Three-dimensional structural imaging in optical microscopy and tomography
KOU, Dr Shanshan
Primary FoR 0205 OPTICAL PHYSICS
DECRA Dr Shanshan KOU
Administering Organisation The University of Melbourne
Project Summary
This project will develop fundamentally new strategies for looking inside live cells to determine their internal structures. Such capability will permit a better understanding of diseases, the link between diabetes and heart failure for example, opening the door for new diagnostic techniques and treatments.

18.
DE120102245
Approved Project Title
Comparison of early mesozoic sedimentary provenances of both sides of the YarlungTsangpo
suture zone and the evolution of the neotethys
Li, Dr Guangwei
Primary FoR 0403 GEOLOGY
DECRA Dr Guangwei Li
Administering Organisation The University of Melbourne
Project Summary
This project aims to develop a new, more geologically-consistent evolution of the Neotethys and test the affinity of southern Lhasa terrane with Australian terranes. The work will provide new constraints on the early evolution of the Himalayan-Tibetan continental collision.

19.
DE120101666
Approved Project Title
Endogenous bone regenerative technique to repair hard tissue defects in congenital
craniofacial clefts
Ye, Dr Qingsong
Primary FoR 1105 DENTISTRY
DECRA Dr Qingsong Ye
Administering Organisation James Cook University
Project Summary
This project aims to develop an endogenous bone regenerative technique to repair the bony defects in congenital craniofacial clefts, through stimulating patients' latent self-repair mechanisms and reviving their innate capacity for regeneration. The novel technique would replace the existing and controversial surgical bone grafting method.

20.
DE120102836
Approved Project Title
A novel fully inorganic quantum dots based solar cell
Zou, Dr Guifu
Primary FoR 0302 INORGANIC CHEMISTRY
DECRA Dr Guifu Zou
Administering Organisation The University of Queensland
Project Summary
A fully-inorganic quantum dots solar cell will be constructed by using cheap chemical solution techniques. The development of the new 3rd generation solar cell is aimed to realise the high-efficiency, low-cost, and well-stability of solar cells. It would dramatically increase commercial viability of quantum solar cells.

[ Last edited by mouse0601 on 2011-11-14 at 08:36 ]

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4楼2011-11-14 08:15:07

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mouse0601

木虫 (知名作家)

应助: 100 (初中生)
金币: 1325.5
散金: 8549
红花: 20
帖子: 5131
在线: 1596.6小时
虫号: 387686
注册: 2007-05-30
性别: GG
专业: 电化学

21.
DE120101161
Approved Project Title
Compressive sensing based probabilistic graphical models (PGM)
Shi, Dr Qinfeng J
Primary FoR 0801 ARTIFICIAL INTELLIGENCE AND IMAGE PROCESSING
DECRA Dr Qinfeng J Shi
Administering Organisation The University of Adelaide
Project Summary
The aim of the project is to develop fast, large scale probabilistic graphical models (PGM) learning and inference methods. The resulting system will be able to process large scale PGMs on a standard PC, and will be easily extendable to computer clustering for larger scale PGMs requiring higher precision.

22.
DE120100042
Approved Project Title
Study of oriented attachment of nanocrystals at oil-water interfaces
Xu, Dr Haolan
Primary FoR 1007 NANOTECHNOLOGY
DECRA Dr Haolan Xu
Administering Organisation University of South Australia
Project Summary
This project will study the fundamental issues for crystal growth, which will dramatically facilitate the development of effective pathways for the synthesis of advanced nanomaterials for nanodevice and nanotechnology. The obtained outcomes will enhance our knowledge in crystal growth and colloid sciences.

23.
DE120101788
Approved Project Title
Shape sorting of nanoparticles at oil-water interfaces in microchannels
Zhou, Dr Jingfang
Primary FoR 1007 NANOTECHNOLOGY
DECRA Dr Jingfang Zhou
Administering Organisation University of South Australia
Project Summary
This project aims to study the effect of shape on the adsorption of nanoparticles at an oil/water interface and develop a rapid, inexpensive, efficient, versatile method for shape sorting of nanoparticles using a microfluidic approach. This technique can be applied for fractionation of synthetic nanoparticles, biosample analysis and environmental monitoring.

24.
DE120101266
Approved Project Title
Low-complexity factor-graph-based receiver design for bandwidth-efficient communication
systems over doubly selective channels
Guo, Dr Qinghua
Primary FoR 1005 COMMUNICATIONS TECHNOLOGIES
DECRA Dr Qinghua Guo
Administering Organisation The University of Western Australia
Project Summary
This project aims to solve challenging problems in future wireless communications using graph-based signal processing techniques. It will provide practical solutions for future broadband mobile communications to the bush and high-speed underwater acoustic communications in the oceans that are particularly important to Australia.

25.
DE120101707
Approved Project Title
Regularisation methods for solving nonlinear ill-posed inverse problems
Jin, Dr Qinian
Primary FoR 0103 NUMERICAL AND COMPUTATIONAL MATHEMATICS
DECRA Dr Qinian Jin
Administering Organisation The Australian National University
Project Summary
Nonlinear inverse problems arise in numerous applications and their stable resolutions require regularisation methods. This project will develop various efficient solvers by using optimisation tools and Newton type procedures and consider their convergence properties. The methods will be applied to practical problems including the tomography techniques.

26.
DE120100364
Approved Project Title
Understanding winds: energy transfer in rotating turbulent fluids
Xia, Dr Hua
Primary FoR 0299 OTHER PHYSICAL SCIENCES
DECRA Dr Hua Xia
Administering Organisation The Australian National University
Project Summary
The Earth's rotation affects how large atmospheric winds and cyclones interact with each other and with the surface of our planet. This controls how the wind energy is distributed in the global atmosphere. By studying rotating turbulence in laboratory experiments, we can improve our understanding of atmospheric dynamics and make better predictions in meteorology, and atmospheric physics.

27.
DE120101036
Approved Project Title
Integrated mid-infrared optical microcavity sensors
Yang, Dr Zhiyong
Primary FoR 0205 OPTICAL PHYSICS
DECRA Dr Zhiyong Yang
Administering Organisation The Australian National University
Project Summary
Toxic or illicit substances such as poisons, drugs and explosives can be identified from the way they absorb specific frequencies of light in the mid-infrared. This project will develop a new kind of molecule-specific, optical sensor capable of detecting trace quantities of such materials.

28.
DE120101167
Approved Project Title
Canonical metrics on Kahler manifolds and Monge-Ampere equations
Zhou, Dr Bin
Primary FoR 0101 PURE MATHEMATICS
DECRA Dr Bin Zhou
Administering Organisation The Australian National University
Project Summary
This project will introduce new ideas and techniques to study the existence of canonical metrics on Kahler manifolds, which is a fundamental problem in geometry. Advances in this research will have influence on other areas of science such as mechanics, string theory and mathematical physics.

29.
DE120102948
Approved
Project Title
Interactive computer vision for image interpretation
Zhou, Dr Jun
Primary FoR 0801 ARTIFICIAL INTELLIGENCE AND IMAGE PROCESSING
DECRA Dr Jun Zhou
Administering Organisation The Australian National University
Project Summary
This project aims at pushing forward the fundamental research in interactive computer vision. The outcome of this project will enable reliable and efficient solutions to real world image interpretation tasks, such as medical image analysis, financial document processing, and impact evaluation from natural disasters.

[ Last edited by mouse0601 on 2011-11-14 at 08:42 ]

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