Virtual Innovation Clusters: the Grid and Customer Relationship Management. Innovation Clusters are seen as geographically based and focussed on product development. Recent studies however indicate that technical innovation in geographic clusters is lower than geographically dispersed companies, and that their competitiveness arises from innovations in tailoring products and marketing. The emergence of the ?Grid? enhances the capabilities of ?Virtual? Clusters. Through installation of a Grid Por ....Virtual Innovation Clusters: the Grid and Customer Relationship Management. Innovation Clusters are seen as geographically based and focussed on product development. Recent studies however indicate that technical innovation in geographic clusters is lower than geographically dispersed companies, and that their competitiveness arises from innovations in tailoring products and marketing. The emergence of the ?Grid? enhances the capabilities of ?Virtual? Clusters. Through installation of a Grid Portal and Grid-enabling analysis tools, we export the capabilities of a geographical cluster around Europe's leading computational facility and contrast this with a Virtual Cluster in Australia, where we demonstrate an innovative application of High-Performance Computing to modelling consumer behaviour and managing customer relations.Read moreRead less
Idea Sources for Product Innovation in Australian Frontier Technology: The Case of the Australian IT Industry. The source of new product ideas, and how new ideas are generated, is a research area that is not well understood in the management literature and frontier industries such as information technology. The aim of the proposed study is to identify and compare what idea sources (e.g., competitor sources or customer sources) are most useful for Australian firms to generate breakthrough product ....Idea Sources for Product Innovation in Australian Frontier Technology: The Case of the Australian IT Industry. The source of new product ideas, and how new ideas are generated, is a research area that is not well understood in the management literature and frontier industries such as information technology. The aim of the proposed study is to identify and compare what idea sources (e.g., competitor sources or customer sources) are most useful for Australian firms to generate breakthrough product innovations in frontier industries (in this case the IT industry). It also aims to improve our theoretical understanding of the link between market orientation and innovation sources.Read moreRead less
Dynamical systems and iterative decoding of low-density parity-check codes. Modern telecommunication systems are increasingly built on principles of iteration and feedback. By contributing to the knowledge base of iterative telecommunication systems, this project addresses important fundamental problems in the area of telecommunications. The Federal Government has clearly indicated that it recognises the importance that information and communications technology (ICT) plays in the economic and so ....Dynamical systems and iterative decoding of low-density parity-check codes. Modern telecommunication systems are increasingly built on principles of iteration and feedback. By contributing to the knowledge base of iterative telecommunication systems, this project addresses important fundamental problems in the area of telecommunications. The Federal Government has clearly indicated that it recognises the importance that information and communications technology (ICT) plays in the economic and social fabric of Australia, through the recent Innovation Action Plan, Backing Australia's Ability. These technologies are key drivers of the information economy, the spawning of new businesses, the transformation of established industries, the opening up of new export markets, and the creation of new jobs.Read moreRead less
Smart coding for improved performance of complexity constrained devices. The technical innovations of this project have the potential to have an immediate impact on compression technology. The overall expected outcome of the project consists of new compression algorithms for the australian telecommunications industry. The novel outcomes of the project lead to better quality images in video mobile communications applications. As such, the project operates at the forefront of innovative next gener ....Smart coding for improved performance of complexity constrained devices. The technical innovations of this project have the potential to have an immediate impact on compression technology. The overall expected outcome of the project consists of new compression algorithms for the australian telecommunications industry. The novel outcomes of the project lead to better quality images in video mobile communications applications. As such, the project operates at the forefront of innovative next generation mobile video telephony.Read moreRead less
A Study of Stabilisation and Optimal Control Computation of Impulsive Control Systems. Impulsive systems exhibit the phenomenon of jumps occurring at various time points along their trajectories. They arise from many applications, such as determining appropriate levels of drug administration in cancer and diabetes treatment, optimizing investment strategies in capacity expansion, and sustainable optimal forest management. This project will result in fundamental theory on stability and efficient ....A Study of Stabilisation and Optimal Control Computation of Impulsive Control Systems. Impulsive systems exhibit the phenomenon of jumps occurring at various time points along their trajectories. They arise from many applications, such as determining appropriate levels of drug administration in cancer and diabetes treatment, optimizing investment strategies in capacity expansion, and sustainable optimal forest management. This project will result in fundamental theory on stability and efficient computational algorithms and software packages for stabilizing controls and optimal controls of impulsive control problems. The outcomes will enhance Australia's reputation for leading edge research and facilitate opportunity for international collaboration. It will also provide an excellent opportunity for research training.Read moreRead less
Psychological User Profiling in the Telecommunications Industry. Recording user behaviour allows businesses to learn about their customers. This is particularly important in telecommunications, since the core business involves a large number of users who vary considerably from one another. This project combines psychological insights with modern statistical methods to develop a psychologically plausible user profiling framework, accounting for the idiosyncratic usage patterns of customers, and t ....Psychological User Profiling in the Telecommunications Industry. Recording user behaviour allows businesses to learn about their customers. This is particularly important in telecommunications, since the core business involves a large number of users who vary considerably from one another. This project combines psychological insights with modern statistical methods to develop a psychologically plausible user profiling framework, accounting for the idiosyncratic usage patterns of customers, and the way in which they change over time. The profiles will be tied to marketing prospects through interviews and surveys. Applied benefits include the ability to predict, understand and act upon user behaviour. The project also adds substantially to theories of memory, individual differences and decision-making.Read moreRead less
Robust transmission, identification and key agreement in communications networks. This project identifies significant, innovative directions to achieve robust data transmission, identification and key agreement in networks. It presents the information and communication technology industry with new and profitable markets, contributing to wealth creation, employment and exports. Immediate benefits are: 1. Contribution to the growing knowledge base and fundamental capabilities in networks; 2. Crea ....Robust transmission, identification and key agreement in communications networks. This project identifies significant, innovative directions to achieve robust data transmission, identification and key agreement in networks. It presents the information and communication technology industry with new and profitable markets, contributing to wealth creation, employment and exports. Immediate benefits are: 1. Contribution to the growing knowledge base and fundamental capabilities in networks; 2. Creation and commercialization of valuable intellectual property; 3. Education of future leading academic and industrial innovators within Australia; 4. High international profile of Australian communications and information technology research.
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Closing the Gap: Fundamental Capacity Limits for Interfering Wireless Networks and Practical Methods to Get There. Enhancing communication networks to achieve broadband data rates is now a national priority. Wireless communications is hugely important, with mobile phones, wireless computers, and wireless Internet access to homes, all rapidly growing areas. This project addresses the fundamental bottleneck of interference between links in wireless networks. Wireless unplugs the user and allows hi ....Closing the Gap: Fundamental Capacity Limits for Interfering Wireless Networks and Practical Methods to Get There. Enhancing communication networks to achieve broadband data rates is now a national priority. Wireless communications is hugely important, with mobile phones, wireless computers, and wireless Internet access to homes, all rapidly growing areas. This project addresses the fundamental bottleneck of interference between links in wireless networks. Wireless unplugs the user and allows him/her to roam, and to set up ad-hoc networks with other users. This research will thus contribute to Australia's increased productivity. Just as importantly, this project addresses fundamental research; it will increase Australia's knowledge base and provide training for students and researchers in how to think about communications problems.Read moreRead less
Efficient Data Transport using Network Coding. Large-scale content distribution is driving the evolution of future Internet, cellular and wireless data networks. This project develops theory and practice underpinning entirely new modes of content distribution. This presents the ICT industry with new and profitable markets, contributing to wealth creation, employment and exports. Immediate benefits to Australia are: Contribution to the growing knowledge base and fundamental capabilities in the im ....Efficient Data Transport using Network Coding. Large-scale content distribution is driving the evolution of future Internet, cellular and wireless data networks. This project develops theory and practice underpinning entirely new modes of content distribution. This presents the ICT industry with new and profitable markets, contributing to wealth creation, employment and exports. Immediate benefits to Australia are: Contribution to the growing knowledge base and fundamental capabilities in the important area of telecommunication networks; Creation and commercialisation of intellectual property; Education of future Australian academic leaders and industrial innovators; Raising the international profile of Australian research in communications and information technology.Read moreRead less
Construction methods and analysis tools for repeat-accumulate error correction codes. Error correction codes play an integral role in digital communications systems, enabling technologies such as compact-disk players, hard-disk drives, high-speed modems, digital audio broadcasting and deep-space communications. This project develops the techniques which underlie the success of next-generation error correction technologies and thus addresses an important and fundamental problem in the area of inf ....Construction methods and analysis tools for repeat-accumulate error correction codes. Error correction codes play an integral role in digital communications systems, enabling technologies such as compact-disk players, hard-disk drives, high-speed modems, digital audio broadcasting and deep-space communications. This project develops the techniques which underlie the success of next-generation error correction technologies and thus addresses an important and fundamental problem in the area of information and communications technology (ICT). The nature of the project presents significant potential for project outcomes to be beneficial to the Australian telecommunications industry in a wide range of application areas including wireless networks, mobile communications, and data storage.
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