基本内存

此程序演示的基本内存泄漏操作涉及缓存对象中的无限增长。

This program demonstrates a basic memory leaking operation involving an unbounded growth in a cache object .

没有主存，一个计算机系统则无法工作，主存又可以称作是内存，基本内存，基本存储，随机存储器，或单内存。

A computer system could not operate without main memory , also called internal memory , primary memory , primary storage , random access memory ( RAM ), or simply memory .

在JVM中，装入阶段为类对象提供了非常基本的内存结构。

Within the JVM , the loading process gives a very basic memory structure to the class object .

基于一种广泛接受的内存数据库系统基本概念及内存数据库中的SB树索引结构，提出了更方便关系代数操作的SB树。

Based on a concept of main memory database system ( MMDBS ) and the SB tree indexing structure , this paper proposed a SB tree indexing structure which was more suitable for relational algebra operations in an MMDBS .

将该模型描述和表达的管理机制和基本数据在内存中统一管理和运行，使工程数据的存取效率大为提高；

The management mechanism expressed by the model and the basic data of databases are managed and run in main memory , thus the access efficiency of engineering data is increased .

本文就Windows如何置于Netware网络系统的问题，讨论网络与Windows的基本安装要求及内存等方面设置的管理。

This paper deals with the problem of how to set up Windows in a NetWare network . It discusses the basic installation conditions on NetWare and Windows , the letup procedures and the memory requirements .

它以固态硬盘（实质上就是闪存）取代了传统硬盘，而且从睡眠状态重新启动差不多就是一瞬间的功夫，其缺点就是这款笔记本的基本机型只有128G内存。

It doesn 't use a traditional hard disk , but instead relies on a solid-state drive essentially flash memory and was able to resume from sleep almost instantly . The downside of this is that you only get 128 gigabytes of storage in the base model .

它以固态硬盘（实质上就是闪存）取代了传统硬盘，而且从“睡眠”状态重新启动差不多就是一瞬间的功夫，其缺点就是这款笔记本的基本机型只有128G内存。

It doesn 't use a traditional hard disk , but instead relies on a solid-state drive -- essentially flash memory -- and was able to resume from sleep almost instantly . The downside of this is that you only get 128 gigabytes of storage in the base model .

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 .