The data acquisition system, part of the power quality monitor, is discussed in this paper. Data buffer problem during data acquisition is solved successfully.
讨论了电能质量监测仪中实时数据采集系统的设计，成功地解决了高速、实时数据采集系统中的数据缓冲问题。
To resolve this problem, reduce the size of main buffer pools.
要解决这个问题，可以减少主缓冲池的大小。
And the data show that the problem is growing instead of shrinking; see "Buffer overflow: Dejavu all over again".
并且资料显示这一问题正在扩大，而不是在缩减；请参阅「缓冲区溢位︰捲土重来」。
Problem queries: These queries return only rows that exceed thresholds for important performance counters, for example, rows with buffer pool hit ratio lower than 90%.
问题查询：这些查询只返回超过重要性能计数器阈值的行，例如缓冲池命中率不到90%的行。
In this column we've introduced you to buffer overflows, which are probably the worst software security problem of all time.
在本专栏中，介绍了缓冲区溢位，它永远可能是最糟的软体安全性问题。
The data are extremely discouraging since the buffer overflow problem has been widely known in security circles for years.
由于缓冲区溢位问题近年来在安全性领域中已受到瞩目，这一资料是相当令人灰心的。
Why are buffer overflows a security problem?
为什么缓冲区溢位是安全性问题？
This column gives an overview of the buffer overflow problem.
本专栏概述了缓冲区溢位问题。
Everyone agrees on the destination: lots more pure equity, the highest-quality buffer against losses. But timing is a problem.
大家对最终目的都很赞同：配置更多的纯股本，这是防范损失的最高质量的缓冲，但是何时开展还是个问题。
Second, capital, the buffer between Banks' assets and liabilities, is indeed at the heart of the problem.
第二，资本——银行资产和负债的预备金，的确是问题的核心所在。
The SPU queues a DMA GET to pull a portion of the problem data set from main memory to a buffer.
SPU对DMA GET进行排队，从而将涉及的数据集的一部分从主内存传输到一个缓冲区。
Don't rely on dynamic allocation for everything and forget about the buffer overflow problem.
不要依靠动态指派所有一切，而遗忘缓冲区溢位问题。
For example, you can define a threshold alert to be triggered if your Buffer Pool Hit ratio drops to below 60% for a warning level or 55% for a problem level.
例如，您可以定义当BufferPoolHitratio下降到低于60%时触发一个警告级阈值提醒，或者低于55%时触发一个问题级阈值提醒。
That's a problem because, while a buffer's size doesn't change once it's allocated, the amount of space left in the buffer changes every time data is added or removed.
这之所以会成为问题是因为，虽然缓冲区的大小一经分配就不会变化，但是缓冲区中剩余的空间量会在每次添加或删除数据时发生变化。
A fix for a buffer overflow problem in DHCPD (8).
修复了dhcpd(8)中的缓冲区溢出问题。
To solve this problem, Lucene holds a buffer in the RAM.
为了解决这个问题,Lucene在内存中持有一块缓冲区。
Increase the number of audio buffers and the size of each buffer to ameliorate this problem with the command fluidsynth Hammered_Instruments.sf2 -c10000 -z10000.
采用命令fluidsynth Hammered _ Instruments . sf 2 -c10000 - z 10000增加音频缓冲区的数目和每个缓冲区的大小，以便缓解此问题。
The problem is that gets() doesn't protect itself from buffer overflows; an attacker can simply send more data than the buffer passed to gets() can store.
问题是gets()不能防止出现缓冲区溢出的问题；攻击者可以简单地发送超过传递给 gets()的缓冲区可以存储的数据。
The SPU queues a DMA GET to pull a portion of the problem data set from main memory into buffer #2.
SPU 对DMA GET 进行排队，从而将涉及的数据集的另一部分从主内存传输到二号缓冲区。
This feature was added to address a common problem in previous versions of ActiveMQ with running out of RAM buffer when using non-persistent messaging.
增加该特性的目的在于解决旧版本的ActiveMQ中一个常见问题：当使用非持久化的消息时会导致内存溢出。
The fmemopen() function gives you a stdio FILE * object that refers to a buffer in memory. Replacing the open of test.jpg with a single call to fmemopen solves half the problem
fmemopen()函数提供了一个stdioFILE *对象，该对象表示内存中的一个缓冲区。
Because no party needs to manage memory, buffer-size identification becomes unnecessary (hence there's no possibility of the multi-execution problem identified earlier).
由于没有哪一方需要管理内存，确定缓冲区的大小就变得不必要了(因而也不可能存在前面指出的多次执行问题)。
But the buffer overflow problem is far from ancient history.
但是，缓冲区溢位问题并非已成古老的历史。
A simple practical solution to this problem is to add a sequence number to our buffer class, and process the data in the buffer if the buffer sequence number is in order.
这个问题的一个实际解决办法是，为我们的内存类增加顺序号，并按照顺序号处理内存。
In order to resolve this problem, we have introduced the buffer layer.
为了解决这个问题，我们引入了缓冲层。
The most troublesome problem in deploying streaming media service is the package-lost delay, which results in too much buffer, low-quality image and interrupted play.
在移动网络上开展流媒体业务，最大的问题是无线环境的时变性容易引起丢包时延，导致缓冲过多、图像质量差和播放中断。
Based on investigation to manufacture-enterprise, the problem of storage (limited buffer) consists in the process of practical production, and multiple production lines produce different products.
通过对制造企业生产现场的调研，发现在实际的生产过程中存在仓库(有限缓冲区)问题，而且是多条生产线生产不同的成品。
Process synchronization problem, producers produce product into the buffer, consumer spending product release buffer.
说明：进程同步问题，生产者生产产品放入缓冲区，消费者消费产品释放缓冲区。
For the wrong order of data packets in NCS, The additional buffer method is put forward to deal with the problem in this report.
针对网络控制系统中数据包传输的时序错乱问题，本文用附加缓冲器方法加以克服。
This paper deals with the system design method of assembly flow line, including determination of the work element time and the balancing problem of the assembly line and buffer storage capacity, etc.
本文论述了流水装配生产线系统设计中装配要素作业时间的决定方法以及生产线的平衡和缓冲库等问题的系统设计方法。
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