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Biography
Research interestsASIC design (both digital and analogue), FPGAs and reconfigurable computing. Current projectHardware acceleration for real time solution of the discrete element finite element equations The discrete element finite element method (DEFEM) is a promising approach for creating virtual reality and gaming environments that exhibit highly realistic physical behaviour. However, the DEFEM equations are computationally expensive, and cannot be solved in real time on desktop PCs and workstations for complex virtual environments. Many numerical problems can be greatly speeded up by using hardware accelerators, specialized integrated circuits that exploit high levels of parallelism to give rapid solution. The aim of this project is to investigate the issues involved in creating hardware accelerators for real-time solution of the DEFEM equation on low cost plug-in boards for desktop PCs. This will involve investigation of a variety of formulations of the DEFEM in order to identify which can be best accelerated by low cost hardware with a clean partition between hardware and software. It will also involve design of the hardware accelerators and evaluation of their effectiveness and scalability to large-scale problems. Research ReportsPublicationsNone
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[ Personal | Research | Group | School | University ] Last updated by Lin Zhang on 03.01.2008
15:01 |