High-performance real-time OS framework for low-power applications. Wireless network adapters, as they are being developed by Cisco, will find widespread use in the near future, as they are the basis of all mobile or otherwise disconnected intelligent devices. These devices must process data very rapidly, yet operate with minimal power consumption. We will develop operating system kernels that will support the secure, efficient and protected execution of the core processing firmware, and provide ....High-performance real-time OS framework for low-power applications. Wireless network adapters, as they are being developed by Cisco, will find widespread use in the near future, as they are the basis of all mobile or otherwise disconnected intelligent devices. These devices must process data very rapidly, yet operate with minimal power consumption. We will develop operating system kernels that will support the secure, efficient and protected execution of the core processing firmware, and provide application frameworks for the controlling higher software layers. We will also investigate and design hardware mechanisms that support the software while keeping power consumption minimal.Read moreRead less
Next Generation Ubiquitous Service Spaces. The challenges facing the next generation ubiquitous service computing come from scale and variability in user activities, services, and network connectivity. The project will deliver innovative, useful, and usable concepts and tools to allow provisioning of services in large scale, dynamic, and heterogeneous environments. This research will have significant benefits to Australia. It will strengthen research capabilities and provide an ideal opportunity ....Next Generation Ubiquitous Service Spaces. The challenges facing the next generation ubiquitous service computing come from scale and variability in user activities, services, and network connectivity. The project will deliver innovative, useful, and usable concepts and tools to allow provisioning of services in large scale, dynamic, and heterogeneous environments. This research will have significant benefits to Australia. It will strengthen research capabilities and provide an ideal opportunity to train postgraduate research students in cutting edge technologies. It will enhance smart information use for useful information sharing among individuals, private or public organisations. It will facilitate the development of IT solutions that help citizens be self-supported.Read moreRead less
An Innovative Framework and Techniques for Trusted Mobile Interaction. Emerging mobile applications such as mobile commerce, location-based services and wireless sensor networks promise to have an enormous impact in business, society, health and defence and be the next technological wave. However for successful real-world deployment, for reasons of privacy, safety and business efficacy users must be able to have trusted interactions. This project will contribute to Australia's ICT innovation and ....An Innovative Framework and Techniques for Trusted Mobile Interaction. Emerging mobile applications such as mobile commerce, location-based services and wireless sensor networks promise to have an enormous impact in business, society, health and defence and be the next technological wave. However for successful real-world deployment, for reasons of privacy, safety and business efficacy users must be able to have trusted interactions. This project will contribute to Australia's ICT innovation and international competitiveness by developing dynamic, generic, scalable and extensible techniques for trusted mobile interaction. Resulting benefits will be world-leading enabling technology facilitating the creation of novel mobile services and products with potential productivity benefits and export opportunities.Read moreRead less