How much CPU and memory allocation is required?
需要分配多少CPU和内存资源？
Consider both execution performance and memory allocation.
要同时兼顾执行性能和内存分配。
There are two approaches to specify CPU and memory allocation.
指定CPU和内存分配有两种方法。
Profiling methods include sampling, tracing, and memory allocation.
程式码剖析方法包括取样、追踪和记忆体配置。
Displays a hierarchical tree that represents the execution paths and memory allocation data of functions in the profiling run.
显示一个层次结构树，它表示分析运行期间各个函数的执行路径和内存分配数据。
Again, this value will differ depending on your application, the DLL's that are loaded and memory allocation patterns of native com components etc.
再次声明，这个值可能会因应用程序或装载的dll和本地com组件的内存分配模式(等等)不同会有所差别。
After that, this paper carries out structural optimization, algorithm optimization, compilation optimization and memory allocation optimization on the H. 264 encoder.
接着对H . 264编码器进行了结构优化、算法优化、汇编优化、和存储器分配优化。
The release also includes a number of performance optimizations for loops, floating point operations, and memory allocation which have improved SciMark2 and SPEC JVM98 benchmarks by a factor of 1.7.
这个发布还包含许多针对循环、浮点运算和内存分配的性能优化，这使得SciMark2和SPEC JVM 98的Benchmark提高了1.7倍。
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。
Similar differences exist for the allocation of memory, number of processes, and other resources.
对于内存、进程数目和其他资源的分配，也存在着类似的区别。
This code retrieves an instance from the pool, avoiding the memory allocation, construction, and eventual garbage collection.
代码从池中检索到一个实例，从而避免了内存分配、构建和最终的垃圾回收。
Conceptually, two operations create a data buffer under the conventional scheme: the creation of a data buffer entity and the allocation of actual memory.
从概念上讲，数据缓冲区在传统方案下是由两个操作创建的：数据缓冲区实体的创建和实际内存的分配。
It includes things such as number of connections to the database, memory allocation, and coexistence with other, often unrelated systems.
它包括了数据库连接数量，内存分配，以及相互共存，通常是不相关系统之间的共存问题。
WE can let our AIX POWER systems automatically adjust memory allocation based on workload and demand.
我们可以让AIXPOWER系统根据工作负载和需要自动地调整内存分配。
Memory and paging space allocation by default is late.
在默认情况下，内存和分页空间采用晚分配。
To understand the implications of these new features, we need to delve into the fine art of memory management a bit and consider why allocation overhead and speed are a big deal.
为了理解这些新增功能的含义，我们需要深入研究内存管理中的艺术，并考虑为什么分配开销和运行速度是大问题。
When using an object pool, the allocation, initialization, collection, and finalization only occur once, reducing both the memory usage and the processing time that is required.
在使用对象池时，分配、初始化、回收和终结只发生一次，从而减少了内存使用和所需的处理时间。
These statistics dispense data on the basic JVM features, such as Just-In-Time (JIT) compilation, class loading, memory allocation, and most interestingly, garbage collection.
这些统计信息涉及诸如即时 (JIT)编译、类加载、内存分配以及最有趣的垃圾收集之类基本的JVM特性。
Aside from CPU statistics, the tool can also provide data relating to memory allocation and LPAR configuration and state change history.
除了CPU统计数据之外，这个工具还可以提供关于内存分配以及LPAR配置和状态变化历史的数据。
Any memory allocation can fail, and it's not easy to write C or C++ programs that truly handle that well.
任何内存分配都可能会失败，而编写真正很好地处理该问题的C或 C++程序是很困难的。
Segment 2 is for stack and dynamic memory allocation.
段2预留给堆栈和动态内存分配。
Before assigning extra paging space to your system, it's worth looking at memory allocation and memory tuning.
为系统分配额外的分页空间之前，检查内存分配和内存调优是值得的。
Memory allocation failure happens when the heap has reached maximum size and cannot allocate more memory.
当堆达到最大大小，无法再分配内存时，就会发生内存分配失败。
Each new memory allocation requires updates to the memory Pointers, and as this happens more and more, it creates more and more resource consumption.
每个新内存分配都需要到内存指针的更新，而随着这一动作发生得越来越多，会带来越来越多的资源消耗。
SDO handles all its memory allocation and de-allocation internally, and does not require user code to be involved.
SDO 采用内部方式处理其所有内存分配和释放工作，并不要求使用用户代码。
Heap management is complex, requiring sophisticated algorithms that strive for speed and efficient memory usage in the face of our programs' chaotic allocation patterns.
堆管理的实现过程十分复杂，面对程序内存分配变化莫测的情况，堆管理需要成熟的算法去提升请求的响应速度与内存利用率。
After the virtual image is copied to the hypervisor, you can specify any changes to the default resource allocation of CPU and memory required by the operating system in the new environment.
将虚拟映像复制到管理程序后，您可以指定新环境中操作系统所需的CPU和内存的缺省资源位置的任何更改。
A new M_ZERO flag for malloc allows for memory allocation and zeroing in a single operation.
新的面向malloc的M_ZERO标记允许在单个操作中完成内存分配和调零。
A new M_ZERO flag for malloc allows for memory allocation and zeroing in a single operation.
新的面向malloc的M_ZERO标记允许在单个操作中完成内存分配和调零。
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