Dr Daisuke Sasaki
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Research Interests
Physical Systems and Engineering simulation: Acoustics, CFD, Complex fluids, Data Acquisition, Energy, Flight simulation, Flow Control, Fluid Dynamics, fluid structure interaction, Free surface flows, Heat transfer, Ship Hydrodynamics, Thin film flow, Turbulence
Socio-technological System simulation: Air-traffic Control, Self Organized Networks, Transport
Algorithms and computational methods: Agent-Based Negotiation, Artificial Neural Networks, Boundary elements, Cellular automata, Classification, Computer Vision, Distributed computing, Evolutionary Algorithms, FFT, Finite differences, Finite elements, Finite volume, Game Theory, Graph Theory, Inverse problems, Kinetic Monte Carlo, Level set, Machine learning, Maximum Likelihood, Meshless methods, Monte Carlo, Multi-physics, Multi-scale, Optimisation, statistical analysis, Support Vector Machine
Visualisation and data handling methods: colour perception, Data Aggregation, Data Management, Database, Surface imaging, Voxel imaging
Simulation software: Actran, Fluent, Nastran, OpenFOAM, Star CCM+, StarCD
Visualisation and data handling software: 3ds Max, Gnuplot, HDF5, ParaView, TecPlot, VisIt, Visual Python, VTK
Software Engineering Tools: CVS, Eclipse, gdb, Redmine, SVN, Vim, Visual Studio
Programming languages and libraries: C, C++, CUDA, CUDA Fortran, Fortran, Java, Matlab, MPI, Octave, OpenCL, OpenGL, OpenMP, Perl, Python, R
Computational platforms: Cloud computing, Iridis, Linux, Windows, Xeon Phi
Transdisciplinary tags: Computer Science, Data Science, Design, Scientific Computing, Software Engineering, Visualisation