The features, architecture and target system's memory map of Real-Time Operating System SACOS are introduced.
介绍了实时操作系统SACOS的特点、体系结构和目标机系统的内存映射。
The dynamic memory management of SACOS can decrease efficiently the memory management overhead and memory fragmentation and improve the memory utilization.
SACOS的动态内存管理方法可以有效地减少内存管理开销和内存碎片，提高内存的利用率。
In order to configure SACOS, the configurability and the date structure of system configuration table was explored and a tool was designed for SACOS configuration.
为了实现SACOS系统参数配置，论文深入研究了SACOS系统的可配置性及其配置表数据结构，设计并实现了SACOS系统配置工具。
Dynamic memory management of SACOS and implementations of allocation and garbage collection of heap which is the foundation of dynamic memory management are reported in detail.
描述了SACOS的动态内存管理，并给出了实现SACOS动态内存管理的基础-堆的分配与回收的详细过程。
Dynamic memory management of SACOS and implementations of allocation and garbage collection of heap which is the foundation of dynamic memory management are reported in detail.
描述了SACOS的动态内存管理，并给出了实现SACOS动态内存管理的基础-堆的分配与回收的详细过程。
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