Each processor also has its own fast memory (a level 1 cache).
每个处理器也拥有自身的快速内存(1级缓存)。
The Boost pool library introduces tools that you can use for fast memory allocation.
Boostpool库引入了可用于实现快速内存分配的工具。
That would potentially enable computer makers to build machines that boot up almost instantly, as the information needed to start up the machine could be stored in fast memory, said Dr Franzon.
“计算机制造商将会能够利用这种装置来让计算机瞬时启动，因为启动需要的信息是存在这种快速存储中的。”弗兰从博士这样说。
Leaks can be very fast or incredibly slow, so memory usage trends of both short and long intervals are analyzed.
泄漏可能非常快速，也可能极其慢，所以短间隔和长间隔的内存使用趋势都会被分析。
On a fast machine with lots of memory, you can get away with doing low-CPU-intensive tasks during recording, but it is better to do nothing else during a burn.
在一台运行速度极快且内存很大的机器上，您可以在刻录期间从容地处理非cpu密集型任务，但是在烧录盘期间最好别做别的事情。
If the sort will fit in memory, it will be very fast; otherwise, it overflows to disk and will be much slower.
如果排序可在内存中进行，它将非常快；否则，它会溢出到磁盘，而且慢得多。
Leaks can be very fast or incredibly slow, so we analyze memory trends of both short and long intervals.
泄漏可能非常快或令人难以置信地慢，所以我们将分析短时间间隔和长时间间隔的内存趋势。
Computers are never fast enough, they never have enough memory or disk space, and their screens are never big enough.
计算机的运算速度永远不够快，内存或硬盘永远不够用，屏幕也永远不够大。
You can begin to work with the content at the beginning before you see the content at the end. This makes it very fast, very efficient, and very parsimonious with memory.
在文档后面的内容编译完成之前，可以先处理已编译好的文档前面的内容,从而实现非常快速、非常高效、非常节省地使用内存。
Shared memory is well suited to larger collections of data and, because it uses memory, grants fast, random access.
共享内存适合比较大的数据集，因为它使用内存，支持快速的随机访问。
It has a small memory footprint, which helps you save memory for the cluster, yet it's secure, reliable, and fast.
它占用的内存很少，这将帮助您为集群节约内存，而且它安全、可靠且速度很快。
This makes it very similar to caching operations, where blocks of instructions are moved from memory into a local fast cache memory for execution.
这使它与缓存操作非常类似，后者是将指令块从内存移动到本地快速缓存中执行。
Its unmarshalling performance is weak compared to other alternatives, but it does give good memory utilization and a fairly fast startup time.
与其它备用方案相比，它的数据分解性能比较差，但是它的确可以提供较好的内存利用率和相当快的启动时间。
In order to perform well, the machine must be fast and have plenty of memory and disk.
为了实现更好的运行效果，机器运行速度必须很高，并且具有大量的内存和磁盘空间。
It works by retrieving the data row information that the reader transaction needs from the DB2 logs-usually from the log's memory cache, which is very fast.
它采用的方法是从DB 2日志(常常是从非常快速的日志内存缓存)中获取读者事务需要的数据行。
These utilities are fast, have relatively small memory requirements, and are easy to use.
这些实用程序速度快，内存需求较小，且易于使用。
Remember that a CPU's cache is local (on-chip) memory that offers fast access over the system's memory.
记住CPU缓存是一个本地(片上)内存，提供了比系统内存更快的访问能力。
The processor's power capacity increases year-by-year, and to feed fast processors the system should include sufficient memory.
处理器的处理能力每年都在增加，为了支持高速的处理器，系统也应提供充足的内存。
Because of the nature of memory systems and instruction-set designs, the best generic routine to copy memory is rarely as fast as code written to copy a particular length.
由于内存系统和指令集设计的特性，用于复制内存的最佳通用例程的执行速度通常比用于复制特定长度的代码慢。
The SpellDictionaryHashMap implementation stores the words in memory, which is fast but not always appropriate for large dictionaries.
spelldictionaryhashmap实现在内存中保存单词，这样比较快，但是对于大型字典不适合。
Short-term memory: fast forgetting.
短时记忆：迅速的遗忘。
For lots of data to be accessed fast enough for most web applications, it needs to be sitting in memory.
对大多数web应用而言，为了足够快地访问大量数据，它必须一直待在内存中。
Performance improvements, twice as fast startup time and 25%-30% less memory usage.
性能提升，启动速度快两倍，内存使用减少25% - 30%。
These types of memory leaks manifest as fast growing memory leaks, where if the verbose GC data reports a sharp drop in free heap space in a very short time leads to an OutOfMemoryError.
这些类型的内存泄漏表现为内存泄漏快速增长，其中，如果详细的垃圾收集数据显示在很短的时间内可用堆空间急剧减少，则会导致Out Of MemoryError错误。
Processes in Erlang are assumed to be small in memory, fast to start, and fast to context-switch.
Erlang中的进程内存较小，可快速启动和进行上下文切换。
Both Mango and Android are available on sophisticated devices with fast processors, enough memory to run applications with storage as well as advance displays.
芒果和Android都可以在那些拥有高速处理器和足够多内存来运行华丽的应用程序的智能手机上运行。
Both Mango and Android are available on sophisticated devices with fast processors, enough memory to run applications with storage as well as advance displays.
芒果和Android都可以在那些拥有高速处理器和足够多内存来运行华丽的应用程序的智能手机上运行。
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