In stark contrast, the Linux kernel call graph - the network of interactions between different pieces of program code - looks almost like an inverted pyramid.
与之形成鲜明对比，Linux内核调用图——不同程序代码之间的交互网络——看起来几乎像一个倒置的金字塔。
This is the graph of CPU usage over time using the custom large-window client with malicious SACK options against a pre-2.6.25 development kernel.
此图是pre -2.6.25开发内核上启用恶意SACK选项时使用定制大窗口客户机的情况下，cpu随时间变化的使用率。
Besides, the relation between uncorrelated kernel extension of graph embedding and kernel extension of graph embedding is revealed.
另外，揭示了统计不相关的核化图嵌入与已有的核化图嵌入的内在关系。
The experimental results on ORL, YALE and FERET face databases show that the proposed uncorrelated kernel extension of graph embedding method is better than other methods in terms of recognition rate.
通过在ORL，YALE和FERET人脸库上的实验结果表明，提出的具有统计不相关的核化图嵌入算法在识别率方面好于已有的核算法。
An uncorrelated kernel extension of graph embedding which provides a unified method for computing all kinds of uncorrelated kernel dimensionality reduction algorithms is proposed.
提出统计不相关的核化图嵌入算法，为求解各种统计不相关的核化降维算法提供了一种统一方法。
Under this assumption, the present paper further gives a characterization for the automorphism group of C( G, S) in terms of the quotient di-graph and the kernel K.
在这个假定下，我们进一步根据商有向图及核K为C（G，S）的自同构群刻划出了一系列特性。
Under this assumption, the present paper further gives a characterization for the automorphism group of C( G, S) in terms of the quotient di-graph and the kernel K.
在这个假定下，我们进一步根据商有向图及核K为C（G，S）的自同构群刻划出了一系列特性。
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