Clearly, all three solutions present limitations and the conventional buffer memory management approach is not a good mechanism for coding large-scale interacting software.
显而易见地，这三种解决办法全都存在局限性，因此传统缓冲区内存管理方法并不是适合编写大规模交互软件代码的机制。
First, it requires extra management work (allocation and freeing of memory block) wherever a buffer block is required.
首先，它要求在需要缓冲区块的任何地方进行额外的管理工作(分配和释放内存块)。
Freeing the memory becomes the responsibility of the abstract data buffer as well. Considering all that, centralizing memory management and data copying operations produces the following advantages.
释放内存也变成了抽象数据缓冲的责任。
In memory management technology, we integrated multi-tier memory allocation and type buffer pool to ensure memory allocation more rapidly and easy to use.
在内存管理技术中，提出了多级内存分配结合类型缓存池的方案，使得内存分配能快速而易用。
The recovering of real-time TCP message based on wide-band networks sniffer deals with memory management for buffer memory of IP packets and TCP connection maintenance.
基于宽带网络嗅探的实时TCP报文还原处理IP包缓存和TCP连接相关信息维护的内存管理。
And it simplifies control logic, improves reliability, and implements simple buffer memory management with fewer hardware logic resources.
其简化控制逻辑，提高可靠性，用较少的硬件逻辑资源，实现简单的缓存管理方式。
And it simplifies control logic, improves reliability, and implements simple buffer memory management with fewer hardware logic resources.
其简化控制逻辑，提高可靠性，用较少的硬件逻辑资源，实现简单的缓存管理方式。
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