接下来，我将讨论一些用于有效管理内存的设计和实现技术。
Next, I'll discuss some design and implementation techniques for efficient memory management.
从这个类的名称中，你或许能够获得JVM如何实现硬实时线程的一些线索；讨论内存管理的时候，我们还会再详细地讨论这个问题。
The name of the class used for hard real-time threads probably gives you a clue about how it is implemented by the JVM; we'll discuss this more when we get to memory management.
此外，不同的操作系统可能以不同的方式实现内存管理。
Moreover, different OSs may implement memory management differently.
但是内存中处理若可以通过随机访问来实现的话，这对尤其是用数据库管理系统的程序员和销售WYSIWYG systems的销售商的一代人是非常有用的。
But in-memory implementations would allow random access, which is much more useful, especially for a generation of programmers used to DBMS and vendors needing to sell WYSIWYG systems.
该寄存器机器还要基于向量模型来管理内存，并实现垃圾回收机制。
In the Virtual Register Machine, the memory is managed through vector model with the garbage collection facility.
应用服务器供应商在其内存空间实现池管理器，并根据需要动态改变池的大小，从而优化资源的使用。
The application service provider implements the pool manager in its memory space and can optimize resource usage by dynamically altering the pool size, based on demand.
我们实现了一个内存管理器，它使用的是很好理解的计算机科学算法，还有我们专门为此实现的增强。
We implement a Memory Manager, which leverages well-understood computer science algorithms combined with our own proprietary enhancements for doing so.
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。
Heap management is complex, requiring sophisticated algorithms that strive for speed and efficient memory usage in the face of our programs' chaotic allocation patterns.
我们尽可能地重用ABAPVM来实现垃圾回收、会话处理、内存管理等。
We reuse the ABAP VM as much as possible for things such as garbage collection, session handling, memory management, etc.
尽管内存管理看起来可能无足轻重，但是恰当设计的接口能够产生高效、简单和可移植的代码 ——这其中每个特性都需要进行内存管理才能实现。
Although memory management may appear trivial, a properly designed interface can produce code efficiency, simplicity, and portability -- none of which may be achievable otherwise.
重点讨论了网络接口的实现、进程通信和内存管理等核心技术。
The key techniques including the implementation of network interfaces, interprocess communication and memory management are mainly discussed.
为实现上述目标，微核创建一个只包含基本服务(如内存管理和调度)的内核并将其他功能推到内核之外。
Microkernels do this by creating a kernel (which includes the basic services like memory management and scheduling) and pushing all other functionality outside the kernel.
本系统能够充分利用微机资源，特别是不受内存的限制，实现了用数据库对测氡数据的存储和管理，可对大量面积性和剖面性数据进行处理。
The system can make the best use of computer resources and is not confined by computer memory, realize data storage and management in the database and process large data.
针对传统系统级芯片动态内存管理单元(SOCDMMU)，提出用软件方法实现SOCDMMU中的核心部件。
Aiming at traditional System on Chip Dynamic Memory Manage Unit (SOCDMMU), this paper proposes realizing the core parts of SOCDMMU with the software method.
描述了SACOS的动态内存管理，并给出了实现SACOS动态内存管理的基础-堆的分配与回收的详细过程。
Dynamic memory management of SACOS and implementations of allocation and garbage collection of heap which is the foundation of dynamic memory management are reported in detail.
本文在简述语音采集压缩卡的硬件体系结构的基础上，重点阐述了驱动程序中多卡管理和内存映射的实现。
This paper design and implement hardware and software of voice record card, and analysis and implement multi -card management and memory map.
例如，当一个值被改变的时候，设置方法频繁的实现内存管理代码并且通知其他对象。
For example, setter methods frequently implement memory management code and notify other objects when a value is changed.
内存管理方面，协议栈采用链表方式实现。
In the aspect of memory management, the method of linked list is adopted.
另外，本文从实现出发，详细地实现了动态多应用虚拟机的内存管理、寄存器处理、处理器和虚拟机上下文等功能。
In addition, this article carries out dynamic multi-application virtual machine including memory management, register management, processor, virtual machine context, etc.
从必要性入手探讨多态性的由来，从内存管理机制探讨多态性的实现机理。
The paper probes into polymorphism's origin in view of necessity, and polymorphism's realization mechanism from memory administration.
从必要性入手来探讨多态性的由来，从内存管理机制来探讨多态性的实现机理。
This article probes into polymorphism's origin in view of necessity, and probes into polymorphism's realization mechanism from memory administration.
实现时采用红黑树管理所分配的堆内存，理论推导和实验表明其具有较高的效率。
To cope with the problem of heap memory leak, this paper presents a dynamic memory leak check technology based on red-black tree.
研究了在微处理器PXA255上实现内存管理、进程调度、中断处理和系统调用的机制。
The research on microprocessor PXA255 includes realization of EMS memory, process scheduling, interrupt disposal and system call mechanism.
DB例子实现了一个简单的象数据库的对象，它在内存中管理所有数据。
The DB sample application implements a simple, database-like object that manages all its data in memory.
要实现这个壮举，内存管理器需要交换页面结构进出物理内存。
To accomplish this feat, the Memory Manager needs to swap page frames in and out of physical memory.
要实现这个壮举，内存管理器需要交换页面结构进出物理内存。
To accomplish this feat, the Memory Manager needs to swap page frames in and out of physical memory.
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