Sentence examples for our kernel from inspiring English sources

For now, run does nothing, since our kernel is not yet able to run user programs.

Special cases of our kernel construction include Laguerre, Kautz, and Generalized OBFs (GOBFs -based kernel structures.

NT also bootstraps our kernel; that is, it loads it into memory and starts executing it at its entry point.

To demonstrate the applicability of our kernel, we apply it in the context of various mobile applications.

At this point we copied the kernel sources over to Sprite and began doing all of our kernel development on Sprite itself.

Thanks to the modular design of our kernel and the vast array of available kernel methods, SGBM can easily be extended to include a more detailed description of the sulcal patterns and solve different statistical problems.

In particular, the correct choice of the data layout could supersede complex cache-blocking techniques in our kernels.

Our kernels make heavy use of the increased register count and the warp-local communication associated with newer GPU architectures.

Together with the ability of our kernels to avoid the poorly optimised cleanup code, executed by library GEMM, we are able to outperform cuBLAS on two NVIDIA GPUs: GTX 780 Ti and Tesla K40c.

We observe speedups of our kernels over cuBLAS GEMM of up to 9.98 and 63.30 times for a 294×1029 99% sparse PyFR matrix in double precision on the Tesla K40c and GTX 780 Ti correspondingly.

Because our kernels under-utilize available computational resources to some extent, the kernels are memory bounded (at the L1 cache).