The simulation results confirm that 10.00%46.43% more power saving can be acquired compared with either buffer capacity algorithm or dynamic buffer allocation.
与单一的缓存分配或者动态缓存结构相比,结合后的优化方法能够节省10.00%46.43%的缓存开销。
参考来源 - 片上网络路由器的缓存优化研究·2,447,543篇论文数据，部分数据来源于NoteExpress
But dynamic buffer allocation is not intrinsically less dangerous than other approaches.
但是，动态缓冲区指派本质上并不比其它方法更安全。
Besides providing buffer management routine, it implements dynamic buffer allocation and callback.
除了提供缓冲区管理例程，还实现了缓冲区的动态分配与回收。
A new buffer allocation scheme which can manage multi - priority service is proposed, queue management and manipulation are also discussed.
文中提出一种能够支持多优先级业务的缓冲区分配方法，并给出了基于这种分配方法上的队列操作原理。
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