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Exploiting Locality in Graph Analytics through Hardware-Accelerated Traversal Scheduling
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演讲PPT
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以常用的一种遍历调度算法为例:Vertex-ordered (VO) schedule
作者认为 利用带遍历深度限制的DFS搜索有更好的局部性。虽然在邻居数组那边的空间局部性变差了一些, 但是在节点数据数组这边获得了高时间局部性。
疑问点:为什么节点数据数组这边的时间局部性变好了???
1. HATS 和 core功能解耦,HATS负责基于BDFS对图进行遍历调度。 core则负责和应用相关的图节点数据的处理逻辑。
2.HATS 事先运行, 它会往FIFO Buffer放 图的边信息 (图的边由 soure id, dest id, weight),同时 它还会预取 source 和 dest 的 图节点数据 (vertex data) 放入L2 cache中。
3. core运行时,需要从FIFO中取出图的各条边的信息, 根据这些信息计算得到的 source , dest的访存地址取数, 而此时数据以及被HATS取到了cache中了。
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Exploiting Locality in Graph Analytics through Hardware-Accelerated Traversal Scheduling
The text was updated successfully, but these errors were encountered: