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A new remory management mechanism based on embedded system

机译:一种新的基于嵌入式系统的内存管理机制

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摘要

This paper expounds a predictable and adaptive management of the embedded system dynamic memory. The solution puts the survivable design in a memory static area and partitions in dynamic area again. It puts those similar objects in the object pool subarea, and the other applicants are distributed in normal subarea. Both subareas adjust the size by transmitting parameters. In normal subarea, the paper puts forward predictable mechanism for the first time. Besides, by introducing a new data structure and combining classic buddy algorithm, it improves the adaptive algorithm of delay recovery with statistical data and applicant time interval. Finally the solution is confirmed more safely and efficiently by simulation experiments.
机译:本文阐述了嵌入式系统动态内存的可预测和自适应管理。该解决方案将可生存的设计放在内存静态区域中,并再次在动态区域中进行分区。它将那些相似的对象放在对象池子区域中,其他申请人则分布在正常子区域中。两个子区域都通过传输参数来调整大小。在正常分区中,本文首次提出了可预测的机制。此外,通过引入新的数据结构并结合经典的伙伴算法,利用统计数据和申请人时间间隔改进了延迟恢复的自适应算法。最后,通过仿真实验可以更安全,更有效地确定解决方案。

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