We have implemented a fast collisionless N-body code which runs on GPU, the peak performance of the code reaches 767 GFLOPS (corresponds to 74% of theoretical ...

We have implemented a fast collisionless N-body code which runs on GPU, the peak performance of the code reaches 767 GFLOPS (corresponds to 74 % of theoretical ...

We have implemented a fast collisionless N-body code which runs on GPU, the peak performance of the code reaches 767 GFLOPS (corresponds to 74% of ...

A Fast Implementation and Performance Analysis of Collisionless N-body Code Based on GPGPU · Yohei Miki, D. Takahashi, M. Mori · Published in International ...

Abstract. AbstractWe have implemented a fast collisionless N-body code which runs on GPU, the peak performance of the code reaches 767 GFLOPS (corresponds ...

In this chapter, we focus on the all-pairs computational kernel and its implementation using the NVIDIA CUDA programming model.

We have developed a highly optimized code for collisionless NN-body calculations based on direct summation. Our new optimization hides the global memory ...

We present quantizer, a new collisionless N-body code tailored for cosmological and galaxy-scale simulations.

資料種別. 記事 ; タイトル. A Fast Implementation and Performance Analysis of Collisionless N-body Code Based on GPGPU ; 出版年月日等. 2012 ; 出版年（W3CDTF）. 2012.

A Fast Implementation and Performance Analysis of Collisionless N-body Code Based on GPGPU · Yohei MikiD. TakahashiM. Mori. Computer Science, Physics.