Diagram 5. Real time memory areas.
图5实时系统的内存域。
Set aside runnables and memory areas for error handling.
为错误处理预留runnable对象和存储区。
The memory areas are known as the Shared memory segments.
内存区域是已知的作为共享内存的段。
These memory areas are referred to as scoped and immortal memory.
这些内存区域称为作用域内存和不朽内存。
This includes memory areas that describe the databases on the instance.
包括描述实例数据库的内存区。
The next post discusses how the kernel keeps track of these memory areas.
下一篇文章我们将讨论系统内核是如何跟踪这些内存区域的。
Scope memory areas can be created and destroyed under programmer control.
程序员可以控制作用域内存区域的创建和销毁。
From here, we need to start several thread types in different memory areas.
从这里，我们需要在其他存储区中启动一些线程类型。
The next post discusses how the kernel keeps track of these memory areas.
下一篇文章将讨论内核是如何跟踪这些内存区域。
These memory areas, as far as the operating system is concerned, are contiguous sequences of bytes.
这些内存区域，对操作系统来说，最多也就是连续的字节序列。
IllegalThreadStateException is thrown when code that enters scoped memory areas is run by regular threads.
当进入范围内存区域的代码由常规线程运行时，将抛出IllegalThreadStateException。
Now that we have designed our memory model, Figure 8 shows our updated system diagram with the memory areas marked.
至此，我们已经设计好了内存模型，图8展示了更新后的系统图，其中标出了存储区。
Locate elusive memory errors such as memory leaks, illegal memory deallocations and writing beyond allocated memory areas.
找到，如内存泄漏，释放操作和非法内存分配的内存区以外书面难以捉摸的内存错误。
Both DB2 and Oracle use Shared memory areas, but DB2's memory architecture is implemented in a slightly different way than Oracle's.
DB 2和Oracle都使用共享内存区域，但是DB 2与Oracle内存架构的实现方式略有不同。
The paper introduces five memory areas in C/C++ memory image, and free memory area is compared with stack and outer variable area.
本文介绍了C/C++内存映象中的五个区域，将自由存储区与栈和全局变量空间进行对比，并结合具体实例，详细阐述了自由存储区的优势和访问方法。
Scoped memory areas have a maximum size that is specified when they are created and must be tuned to the task they are being used for.
作用域存储区的大小有最大值，这是在其创建时指定的，并且必须用于它们的目标任务。
These rules control both the relationships allowed between scopes and the allowed references from an object in a scope to objects in other memory areas.
这些规则控制了作用域之间的许可关系，以及作用域中的对象对其他内存区域中的对象的引用。
Now that you've got a feel for what you want the NHRT application to do, the next challenge is to work out which memory areas the system is going to do it in.
现在您已经对希望NHRT应用程序实现的功能有了一点头绪，下一个挑战就是找出系统在其中完成这些任务的存储区。
Resources can be divided into system provided resources like CPUs, memory areas and IO devices, or user-created resources like files which are entrusted to the OS.
的资源（设备群） 的资源（如CPU、存储器区域及设备群）和用户创建的资、存储器区域及I/O设备群如由操作系统管理的文件等）。源（如由操作系统管理的文件等）。
As with the other runtime memory areas, the memory they occupied by native method stacks need not be of a fixed size. It can expand and contract as needed by the running application.
就像其他运行时内存区一样，本地方法栈占用的内存区也不必是固定大小的，他可以根据需要动态扩展或者收缩。
Consequently, it must incur a long pause to defragment, or compact, the heap to coalesce many smaller free memory areas into larger free memory areas to satisfy a large allocation request.
因此，必然会引发长时间的暂停来整理碎片或进行压缩，堆将很多小块的自由内存区域整合为一块大的自由内存区域，从而满足大型分配请求。
To ensure the integrity of references between objects, the RTSJ defines rules that govern how objects in one memory area (heap, immortal, or scope) can refer to objects in other memory areas.
为了确保对象之间引用的完整性，RTSJ定义了管理一个内存区域(堆、不朽内存、作用域内存)中的对象如何引用其他内存区域对象的规则。
Certain parts shrink, especially areas in the brain that are important to learning, memory and planning.
某些部分会萎缩，尤其是大脑中那些对学习、记忆和计划十分重要的区域。
Researchers have established that when people are mentally engaged, biochemical changes occur in the brain that allow it to act more effectively in cognitive areas such as attention and memory.
研究人员已经证实，当人们动脑筋时，大脑中会发生生化变化，使其在注意力和记忆等认知区域更有效地发挥作用。
Memory management is one of the most fundamental areas of computer programming.
内存管理是计算机编程最为基本的领域之一。
Work is underway to redefine areas of the memory model that are weak.
重定义脆弱的内存模型这一领域的工作正在进行中。
He said that virtualization technologies are extending beyond CPU and memory to cover areas such as storage and policy.
他说，虚拟化技术已经不再限于CPU和内存，而是扩展到了存储和策略领域。
Sleep spindles are brief but intense bursts of activity that indicate information transfer between two different memory storage areas, the hippocampus and the neocortex.
睡眠纺锤波非常的短暂但强烈的活动，它表明信息在海马和新大脑皮质两种不同的记忆储存区域传递。
One such extension is a mechanism for applications to manage areas of memory outside of the heap and avoid delays that are caused by garbage collection (GC).
用于应用程序管理堆外内存区域和避免垃圾收集(GC)导致的延迟的机制就是一个此类的扩展。
One such extension is a mechanism for applications to manage areas of memory outside of the heap and avoid delays that are caused by garbage collection (GC).
用于应用程序管理堆外内存区域和避免垃圾收集(GC)导致的延迟的机制就是一个此类的扩展。
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