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=  Y.Suzuki =
== Fast N-Body Calculation Implemented by OpenCL with Vectorization ==
I compared the performance of N-body simulations
on CPU and GPU with a several optimization techniques.
Each program is written in OpenCL which
standardizes APIs for GPU, and an important optimization
technique in OpenCL is a vectorization. It
enables us to utilize multiple variables as one variable.
As a result, the program which utilized 4 variables as
one was the best performance.
I optimized the program using shuffle function. I found
the calculation of N-body problem using shuffle function
was about 1.3 times faster than without it. I also
found Intel SDK had an ability to efficiently vectorize
the kernel program.




= K.Kamijima =
== Performance Evaluation of the Octree Method on GPU ==

= K.Seiwa =
== GPU Acceleration of Numerical Simulation of Fluid by the Lattice Boltzmann Method ==

= T.Suzuki =
== OpenCL Implementation of Exact String Matching ==

= K.Nakamura =
== Acceleration of Matrix Multiplication in Double-Double Precision by OpenCL ==

= T.Watanabe =
== Fluid Simulations in Curved Pipes using Smoothed Particle Hydrodynamics on GPU ==