The advantage of the output buffer memory is very easy to realize.
输出缓存的优点是非常易于实现。
In case of great majority, using this kind of buffer memory to optimize performance is enough.
在大多数情况下，使用这种缓存就足够了。
Controller 218 typically contains buffer memory for the user data being written to, or read from, the memory array.
控制器218通常含有缓冲存储器以用于将用户数据写入到存储器阵列或从存储器阵列读取用户数据。
The course of their work in graphics, Z buffer, frame buffer and texture buffer memory bandwidth will be substantially occupied resources.
在显卡工作过程中，Z缓冲器、帧缓冲器和纹理缓冲器都会大幅占用显存带宽资源。
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。
After a shutter button is pressed down, still-image photographing is started and image data obtained thereby is stored in a buffer memory.
按下快门按钮后，开始静态图像的拍摄并且在缓存器中存储由此获得的图像数据。
The interface uses a circuit based on dual port FIFO buffer memory to realize data transfer of different I/O velocity between the two computers.
该接口采用双端口FIFO缓冲存储技术，实现两机间不同I／O速度的数据通信。
NET mainly offers two kinds of buffer memory technology: the output buffer memory (page level and user control level) and the data buffer memory.
NET提供两种主要形式的缓存：输出缓存(页面级和用户控件级)和数据缓存。
Memory usage is kept near optimal as buffer memory becomes allocated only when necessary and is freed as soon as possible, thus minimizing memory leaks.
内存使用将保持接近最优状态，因为缓冲区内存仅在必要时才分配，并且会尽快释放，从而最小化内存泄露。
The memory on the mainboard is just dynamic random access memory. And static random access memory is the buffer memory between CPU and internal memory.
主板的内存即是动态随机存储器，CPU与内存之间的缓存即是静态随机存储器。
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。
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。
Many of the crashes resulting from fuzz testing are direct results of memory allocation mistakes and buffer overflows.
由模糊测试导致的许多故障都是内存分配错误及缓冲器溢出的直接结果。
Database records are read and updated in the buffer pool area of memory.
数据库记录是在内存的缓冲池区域里被读取和更新的。
When you design buffer pools, you should consider the database memory requirements.
当您设计缓冲池时，您应该考虑数据库的内存需求。
Because the root page is used so often, it always resides in the memory buffer.
因为根页使用十分频繁，所以它通常驻留在内存缓冲区中。
Compared to other memory buffers, buffer pools have the most significant impact on database performance.
与其他内存缓冲区相比，缓冲池对数据库性能的影响最为显著。
For example, if more memory is needed for sort operations and some buffer pools have excess memory, the memory tuner frees up the excess buffer pool memory and allocates it to the sort heaps.
例如，如果排序操作需要更多的内存，而一些缓冲池又有多余的内存，那么内存调优器会释放多余的缓冲池内存，并将它分配给排序堆。
Log records are written first to the log buffer in memory, and then to the log file, most commonly when the log buffer is full or a commit occurs.
日志记录首先被写到内存中的日志缓冲池，然后再写到日志文件，通常是在日志缓冲池已满或者发生了一次提交时写到日志文件的。
Audit records are typically written into a memory buffer before being flushed to disk.
审计记录通常首先被写入到一个内存缓冲区，然后才刷新到磁盘。
Queue a DMA PUT to transfer the buffer back to main memory.
对DMA PUT 进行排队，从而将缓冲区传输回主内存。
In the simplest case, consider a Boolean flag allocated in memory directly after a buffer.
最简单的情况就是考虑直接在缓冲区后面的记忆体中指派一个布尔标志。
Our second hypothesis was that specifying the buffer pool size affects memory utilization differently at various user loads (Test Case #2).
我们的第二个假设是指定缓冲池大小对内存利用率的影响因用户负载不同而不同（测试案例 #2）。
Furthermore, compressed pages of a DB2 table space remain compressed in the DB2 buffer pool in main memory.
而且DB 2表空间的压缩页在主内存的db2缓冲池中仍保持压缩。
An overflow occurs when data is added to the buffer outside the block of memory allocated to the buffer.
溢出是指数据被添加到分配给该缓冲区的内存块之外。
The SPU queues a DMA PUT to transmit the buffer back to main memory.
SPU对DMA PUT进行排队，从而将缓冲区传输回主内存。
Avoid overallocating memory to buffer pools if the memory allocated cannot help performance.
如果已分配的内存不能帮助提高性能，那么请避免给缓冲池分配过多的内存。
A pbuf is a pinned memory buffer.
pbuf是一个固定内存缓冲区。
Wrap up by unlocking the buffer and freeing its memory, closing the note, collection, and database.
通过解除缓冲区的锁定并释放其内存，然后关闭记录、集合和数据库，来结束函数的运行。
Finally, purify_what_colors is called to print the color of the memory buffer.
最后，purify _ what _ colors被调用来打印这个内存缓冲的颜色。
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