jetson_tx2_developer_kit_user_guide.pdf
2021-12-26 11:01:44
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ISPH_NVIDIA_CUDA_CONTEST
NVIDIA 2013/2014 CUDA 校园编程大赛的 GPU 加速不可压缩流体模拟
描述：
SPH 方法在 NVIDIA PhysX 等物理引擎中有着广泛的应用。 然而，SPH 很难满足不可压缩条件，这导致在现实流体模拟中存在可压缩性伪影。 为了解决这个问题，采用高效的PCISPH算法来模拟不可压缩流体。 此外，该算法在带有 CUDA 的 GPU 上进行了并行化和优化。 这提高了流体的视觉真实感以及模拟性能。
参考：
[1] 标准SPH：
M. Müller、D. Charypar、M. Gross。 用于交互式应用程序的基于粒子的流体模拟[C]//2003 ACM SIGGRAPH/Eurographics Symposium on Computer Animation 论文集。 2003. Aire-la-Ville，日
2021-12-26 05:45:04
36.5MB
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NVIDIA-ls-linux-2018.06.0.24304595 NVIDIA M60配套Linux版License服务器安装包
2021-12-21 17:32:42
191.61MB
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This document discusses the requirements for standard software access to the
NVIDIAÒ
family of graphics display processors, which support resolutions, color depths,
and frame buffer organizations beyond that of the IBM VGA standard.
This guide is written for use by applications and system software programmers, and
provides extended interfaces to support enhanced operations such as refresh rate
support, monitor type detection, and power management. It serves as a complete
reference for the NVIDIA VGA BIOS based on the Release 3 source code.
Knowledge of 80x86 assembly language and the VGA hardware may be required to
understand the contents of this document. The services in this document may be
called from high level languages that provide an interface to the software interrupts of
the 80x86 architecture.
This document uses “BIOS” and “VGA BIOS” interchangeably to indicate the NVIDIA
VGA BIOS.
2021-12-19 18:54:39
353KB
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nvidia agx xavier 开发板pinmux引脚配置&说明表
Jetson_AGX_Devkit_Pinmux_Configuration_Template.xlsm
2021-12-14 12:07:22
1MB
Jetson_Camera_Module_Hardware_Design_Guide
nvidia Jetson 相机模组硬件开发设计说明
2021-12-14 12:07:22
622KB
nvidia agx xavier 开发板SOC芯片手册
nvidia agx xavier 开发板SOC芯片手册
nvidia agx xavier 开发板SOC芯片手册
2021-12-14 12:07:21
37.31MB
Jetson_GMSL_Camera_Framework_Guide_nv.pdf
nvidia xavier nx平台关于GMSL相机驱动调试
2021-12-14 12:07:21
1.76MB