Filtros
游戏行业的人工智能设计（第一部分）
The gaming industry has seen great strides in game complexity recently. Game developers are challenged to create increasingly compelling games. This series explores important Artificial Intelligence (AI) concepts and how to optimize them for multi-core.游戏行业的人工智能设计（第二部分）
Designing AI for Games. Intelligent agents need to identify points of interest in the game world. This article shows how to identify and optimize points of interest and provides ways of organizing them for multi-threading.Single-Producer/Single-Consumer Queue
Unbounded single-producer/single-consumer queue. Internal non-reducible cache of nodes is used. Dequeue operation is always wait-free. Enqueue operation is wait-free in common case. No atomic RMW operations nor heavy memory fences are used.Two Brains Are Better Than One
Artificial intelligence (AI) drives gameplay. To maximize your AI’s potential and utilize the entire CPU, this means threading. This article examines how to thread a simple AI and some of the challenges in writing an AI that truly scales to multi-core.Have your cake and eat it too - part 2
In the first part of this article I described how you can “have your cake and eat it too” with respect to programm
Open Parallel: Optimizing Web Performance with TBB
Open Parallel is a research and development company that focuses on parallel programming and multicore development.
Jeff's Notebook: Solving Memory-Related Bottlenecks in your Parallel Programming
One of the issues that multi-core programmers run into as they are trying to get the most performance out of their application is memory-related bottlenecks. Memory-related bottlenecks can cause yo
MPI Parallelizes Work among Multiple Processors or Hosts
by John Sharp, Content Master Ltd
Para obtener información más completa sobre las optimizaciones del compilador, consulte nuestro Aviso de optimización.
