Abstract: The communication equipments running continuously in a long time must meet the needs of real-time, reliability and efficiency, this paper proposes embedded real-time dynamic memory management mechanism aiming at the feature in communications. It can do a unified redistribution with the limited memory resources in embedded systems, distribute an independent memory space for applications which allocate and free memory frequently. Experimental result shows that the mechanism can improve the dynamic memory management efficiency in real-time, reduce memory fragments, ensure the robustness of the system, and provide a method for detecting memory overrun and memory leak.

Key words: dynamic memory management, real-time, distribution

摘要： 长时间持续运行的通信设备必须满足实时性、可靠性和高效性的需求，针对通信领域的该特点，提出一种嵌入式实时动态内存管理机制。该机制对嵌入式系统有限的内存资源进行统一再分配，为频繁申请和释放内存块的应用分配独立的内存空间。实验结果表明，该机制能实时地提高动态内存管理效率，减少内存碎片，保证系统的健壮性，还提供了内存越界和内存泄漏的检测手段。

关键词: 动态内存管理, 实时性, 分配

CLC Number: 

• TP393