memory map
英 [ˈmeməri mæp]
美 [ˈmeməri mæp]
网络 内存映射; 内存映像; 内存图; 内存映象; 记忆地图
双语例句
- The region on the left, labeled "A" is the memory map rendering for the monitor, while the rendering on the right, labeled "B" contains the signed integer representation of the same region in memory.
左边的区域，被标记为“A”，它是监视器赋值所用的内存映射，同时右边的赋值区域，被标记为“B”，它包含了内存中相同区域内的整数代表。 - This will ( a) create a new memory monitor for the variable in the Memory view, and ( b) create a new memory map rendering using that file.
这将会（a）为Memory视图中的变量创建一个新的内存监视器，并（b）使用该文件创建一个新的内存映射复制。 - Notice that increasing this value increases memory required by each map task.
注意，增加这个值会导致每个map任务需要的内存增加。 - To create a memory map rendering, you need to select the file on the file system that defines the layout you want to use.
为了创建一个内存映射赋值，您需要在定义您想要使用的布局的文件系统上选择文件。 - Taking a look at the memory map rendering in detail, you can see that there are several columns that provide detail about each field.
查看一下具体的内存映射赋值，您可以看到有一些列提供了关于每一个字段的具体信息。 - This allows you to view a logical arrangement of the blocks of memory using the memory map, but also the contents of memory before and after the structure.
这就允许您使用内容映射来查看内存块的逻辑排列，以及结构之前及之后内存的内容。 - In a simple case, the memory map tool enables you to define a layout for a complex variable, such as a union or a structure.
在一个简单的实例中，内存映射工具使您能够为一个复杂的变量定义一个布局，例如一个集团或者一个结构。 - The typical computer used by developers reading this article should provide enough CPU cycles and memory to map a typical office environment in two shakes of a lamb's tail.
一般情况下，阅读本文的开发人员所使用的计算机应该提供足够的CPU周期和内存，以便快速地映射典型的办公环境。 - This parameter sets the percentage of memory ( relative to the maximum heap size) to retain map outputs during the reduce phase.
这个参数设置用于在reduce阶段保存map输出的内存的百分比（相对于最大堆大小），默认值是0。 - Using the XML file above, the screen capture below shows the memory map rendering an instance of this structure, shown below.
使用以上的XML文件，下面的屏幕截图会显示该结构实例的内存映射，如下所示。 - Limit: Because the physical RAM is only1GB, the database shared memory set can only map to what is physically available to it, which is1GB+ swap space.
限制：由于物理RAM只有1GB，数据库共享内存集只能映射到它在物理上可以使用的那些空间，即1GB+交换空间。 - Shared memory allows multiple processes to map a portion of their virtual address to a common memory region.
共享内存允许多个进程将它们的部分虚地址映射到一个公用的内存区域。 - The physical memory map is described in detail in the next section.
物理内存的映射在下一部分将详细给予描述。 - Mmap: mmap(), or "memory map," is like brk() but is much more flexible.
mmap：mmap（），或者说是“内存映像”，类似于brk（），但是更为灵活。 - A memory map is the addressing plan for the address bus bits.
存贮器布局就是地址总线各位的寻址平面图。 - A mode where virtual addresses are not transformed through a memory map; for example, the virtual address is used as an actual address.
一种地址转换方式，其中虚拟地址不通过存储映象进行转换，例如将虚拟地址作为实际地址使用。 - In this example memory map.
在这个例子中内存映射。 - You will fall into one of them when you memory map a file and then call write while another process truncates the same file.
例如，考虑一下在内存中对文件进行映射后调用write，与此同时另外一个进程将同一文件截断的情形。 - Using Memory Map File and Multi-thread dispatch technology, to manage and dispatch large terrain data and texture data.
使用内存映射文件技术及多线程调度技术，用于管理和调度大数据量地形数据和纹理数据。 - Also we take the method of copying between memory bitmaps to get the effect of map smooth moving.
同时用内存件拷贝的方法，获得了无边界平滑漫游的效果。 - This article introduces the general structure of EZ-USB chip, and specifies its memory map, enumeration and renumeration mechanism, and bulk transfer mechanism. The hierarchic driver model and the communication process of the host are also included.
介绍了EZUSB芯片的整体结构，对它的内存结构、列举与重列举机制和批量传输机制进行了详述，并简要描述了USB的分层驱动模型和主机通信过程。 - It adopts a variety of memory management techniques to map a logical address to a physical one.
X微处理器使用不同的存储机制，将逻辑地址映射到物理地址空间。 - Their disadvantages include: ( 1) With limited memory capacity, handheld navigation devices cann't store detailed map, and so cann't provide profound navigation helps.
这一特点使得自主导航系统存在以下不足：（1）受存储容量的限制，手持导航设备无法存储精细的地图，不能向用户提供深度的导航帮助。 - This structure can support discontiguous memory well, and map the topology information neatly.
支持不连续内存管理，对系统拓扑信息进行灵活的映射。 - The features, architecture and target system's memory map of Real-Time Operating System SACOS are introduced.
介绍了实时操作系统SACOS的特点、体系结构和目标机系统的内存映射。 - Moreover, the interface method of direct memory map is adopted to implement the data sharing between high speed data acquisition card and computer, realizing high speed data transmission from AD card to computer.
采用内存直接映射的接口方案，实现采集扩展存储器在高速数据采集卡和计算机间的共享；完成高速采样数据向计算机的传输。 - At the same time, a detailed analysis about some fundamental concepts, which often appear in the development of ARM embedded software, such as memory map and scatter-loading file, is also given in this paper.
同时对在ARM嵌入式软件开发过程中经常遇到一些基本概念，比如存储器映射、分散加载文件等进行了详细的解释。 - Some key questions of data acquisition and client end connection are solved by means of completely new ideas and ways to optimize the performance of the data server, such as the memory map, network connections based on the TCP/ IP protocol and series data transfer mechanism.
针对数据采集和客户端连接等关键问题，采用了全新的设计思想，例如内存映射的数据采集方式、基于TCP/IP协议的网络连接以及串行化的数据传送机制等，优化了数据服务器的性能。 - Memory hash map and Bloom filter are used in the management of files and data chunks in order to reduce the performance loss caused by data chunking.
而在对文件及数据块的管理时采用了内存哈希映射跟布隆过滤器的方式，以此减小由于数据分块而造成的性能损失。