SEARCH SESSIONS

Search All
 
Refine Results:
 
Year(s)

SOCIAL MEDIA

EMAIL SUBSCRIPTION

 
 

GTC On-Demand

Programming Languages
Presentation
Media
A Robust and Scalable CUDA Parallel Programming Model
Yuan Lin (NVIDIA), Kyrylo Perelygin (NVIDIA)
The next release of CUDA introduces Cooperative Groups, a new programming model that significantly improves cooperative thread programming. Cooperative Groups, along with new warp synchronous primitives, enables threads and blocks within a CUDA ...Read More

The next release of CUDA introduces Cooperative Groups, a new programming model that significantly improves cooperative thread programming. Cooperative Groups, along with new warp synchronous primitives, enables threads and blocks within a CUDA grid to synchronize, exchange data, and perform collective operations in a safe, explicit, and reliable manner. Cooperative Groups is an elegant and scalable programming model for expressing synchronization and communication between groups of parallel threads ranging in size from a subset of a warp to an entire CUDA grid launch. Both Cooperative Groups and the lower-level warp-synchronous primitives offer a safe and explicit mechanism for high-performance intra-warp communications. We'll cover the new programming model features in depth, including best practice examples.

  Back
 
Keywords:
Programming Languages, Tools and Libraries, GTC Silicon Valley 2017 - ID S7622
Download: