athlon

The server I used was an older , 1.2GHz Athlon XP server .

我使用的服务器比较陈旧，是1.2GHzAthlon/XP的服务器。

Example shows the generating rate of this algorithm is above 50 ? 000 tetrahedrons per second on an AMD Athlon 3200 + ( 2.0 ? GHz ) personal computer .

算例表明，在一台AMDAthlon3200+（主频2.0GHz）PC上，该算法的四面体单元生成速度达50000个/s以上。

Being a bit of a power user , I like to be able to tell programs to make maximum use of my Athlon XP processor ; I am able to do this at compile time .

作为一个具有一定能力的用户，我希望能够将程序对我的AthlonXP处理器的使用发挥到极致；我可以在编译时完成这一任务。

This particular system runs on an AMD Athlon ™ 7750 dual-core processor , which is very lightly loaded , so each core ran one process , and there wasn 't any need to prioritize them .

这个系统运行在AMDAthlon™7750双核处理器上，它的负载很轻，每个内核运行一个进程，不需要进行优化。

Because my workstation has an AMD Athlon XP processor in it , I can use this handy-march = athlon-xp switch in gcc3 . x to automatically turn on the processor-specific optimizations such as SSE .

由于我的工作站中有一个AMDAthlonXP处理器，所以我可以使用gcc3.x中的这个便捷-march=athlon-xp开关来自动开启处理器特定优化，比如SSE。