Android 性能迎来提升：内核引入 AutoFDO 普惠所有 15-16 设备

These are the Proceedings of the 3rd OMNeT++ Community Summit, which was held at the University of Technology in Brno - Czech Republic - on September 15-16, 2016.

We revisit the work of Chang and Ran on bounding the slopes of $\overline{\mathscr{M}_{15}}$ and $\overline{\mathscr{M}_{16}}$, correct one of the formulas used at the conclusion of the argument, and recompute the lower bounds on the slopes, yielding $s(\overline{\mathscr{M}_{15}})>6.5$ but not for $\overline{\mathscr{M}_{16}}$. Our contribution only involves plugging in formulas.

地震作用下桥墩结构易损，为此提出一种基于抗震性能提升的创新设计方法，通过优化桥墩截面形式、配置新型耗能构件和采用智能材料复合技术构建多级抗震防线，经数值模拟与振动台试验验证，强震下新结构延性变形能力和能量耗散效率更优且残余变形大幅降低，研究建立的桥墩抗震性能量化评估体系为复杂地震环境中的桥梁工程提供可靠设计依据。