Pacifica also amends address translation with host and guest memory management unit ( MMU) tables. Pacifica还可以使用宿主和客户内存管理单元(MMU)表来进行地址转换。
The uClinux port of the Linux kernel provides for non-MMU support. Linux内核的uClinux移植提供了对非MMU的支持。
Prior to page table assists in modern processors, hypervisors emulated the behavior of the memory management unit ( MMU). 在借助现代处理器中的页表协助之前,虚拟机管理程序会模仿内存管理单元(MMU)的行为。
UClinux is a port of the Linux kernel that can execute on systems that lack an MMU. uClinux是Linux内核的一个移植,它可以在一些缺少MMU的系统上执行。
The most efficient scheme uses hardware assists such as the AMD I/ O MMU ( IOMMU) to provide transparent translation of guest physical addresses to host physical addresses ( for operations such as direct memory access [ DMA]). 最有效的方案是使用像AMDI/OMMU(IOMMU)这样的硬件协助来提供Guest物理地址到主机物理地址的透明转换(用于直接内存访问[DMA]这样的操作)。
This process can occur when a memory location is requested whose page is not in memory ( no mapping is present in the memory management unit [ MMU]). 该进程在请求存储位置时发生,存储位置的页面不在存储器中(在存储器管理单元[MMU]中无映射)。
One example is the ability for Linux to run on a process with a memory management unit ( MMU), as well as those that provide no MMU. 一个例子是Linux可以在一个具有内存管理单元(MMU)的处理器上运行,也可以在那些不提供MMU的处理器上运行。
This event is called a page fault and is detected by hardware ( the MMU), and then managed by firmware after a page fault interrupt occurs. 这个事件被称为一个页面错误并被硬件(MMU)删除,出现页面错误中断后该事件由防火墙管理。
Analysis on Function Testing of MMU in POST 加电自检中MMU的功能检测分析
Application of MMU for TD-SCDMA baseband ASIC MMU在TD-SCDMA基带专用芯片中的应用
This paper first describes the design of individual soldier information system. Then expounds the implementation of System Design, System Initialization, MMU management, Network Communication and Color Led Display. 本文首先介绍了单兵信息系统的设计方案,然后具体阐述了系统的硬件构成,系统初始化,存储器管理,以太网通信和彩色液晶显示的实现。
According to the characteristics of processor MMU, a simple memory protection and sharing mechanical is designed. 实时内核采用了分页不交换的虚拟存储机制,实现了一种简单的存储保护和共享机制;
UClinux is one of the versions of Linux, designed for CPU without MMU ( Memory Management Unit). uClinux是Linux的一个版本,是专为没有MMU(内存管理单元)的CPU设计的。
The New Way of the Designing of MMU Based on SRAM 基于SRAM的MMU新设计方法
UClinux is a derivative of Linux operating system intended for microcontrollers without Memory Management Units ( MMUs). uClinux是专为无存储器管理单元(MMU)的微控制器打造的嵌入式Linux操作系统。
This interactive simulation system consists of four modules, namely, input module, MMU controlled simulation module, virtual scene management module and output module. 该交互式仿真系统包括四个模块,即输入模块、MMU控制仿真模块、虚拟场景管理模块和输出模块。
This paper presents a new designing method for CK-Core MMU, CK-Core is a 32 bit high performance embedded processor collaborated by Hangzhou C-Sky Microsystem Inc and Zhejiang University. 本文提出了一种设计CK·CORE内存管理单元的新的方法,CK·CORE是由杭州中天微系统有限公司和浙江大学合作开发的32位高性能嵌入式处理器。
On Designing for Chinese Use a MMU ( Memory Management Unit) of a 32-bit RISC 32位RISC中存储管理单元的设计
Study on Translation of Virtual Address in ARM MMU ARMMMU中虚地址转换研究
As a branch of embeded linux, uClinux is mainly used in non-mmu MCU field. uClinux作为嵌入式linux的一个分支,主要应用于无MMU(内存管理单元)的微处理器领域。
Embedded system without MMU, the key issue by using real memory management policy is efficient, safe and reliable. 对于没有内存管理单元MMU机制的嵌入式系统,采用实存储器管理策略的关键问题是有效、安全、可靠地使用内存。
The development of multi-tasking application and architecture improvement introduce the need of virtual memory management in embedded processors. Virtual memory management is implemented through a hardware memory management unit ( MMU) that supports address translation and protection on the fly. 随着体系结构的不断发展和多任务嵌入式系统的开发,嵌入式处理器需要提供虚拟内存管理的支持,虚拟内存管理是通过内存管理单元硬件实现在系统运行时的地址转换和地址空间保护。
On the another hand, along with the development of microprocessor and embedded application, there are many kind of high performance embedded processor supporting the MMU and high level protection mode. 另一方面,随着微处理器技术和嵌入式应用的发展,出现了各种各样的高性能的嵌入式微处理器,并且普遍支持MMU和高级保护模式。
Linux operation system runs in embedded system and it makes develop procedure more easy because of its MMU and multi-procedure management. 开发系统运行着经过裁剪的Linux操作系统,由于它有内存管理和多任务管理等优点,使得开发应用程序更加容易;
Embedded Linux is an open source for embedded system and multi-tasking operating system, but it is derived from the uClinux which is no MMU processor specifically for small and flexible embedded operating system. 嵌入式Linux是一种开放源码的适用于嵌入式系统的多任务操作系统,而由它衍生出的uClinux是专门针对无MMU处理器的灵活小巧的嵌入式操作系统。
Next we build component-based models and FSM-based models for MMU transaction processes, which include Fault Check Process, Address Translation Process, Load Instruction Process, Read Data Process, and Write Data Process. 然后对MMU的事务处理过程分别建立基于组件的模型和基于有限状态机的模型,事务处理包括错误检查过程、地址转换过程、加载指令过程、读数据过程和写数据过程等。
In this thesis we propose some key techniques of embedded TLB for high performance and low power implementation of embedded MMU. The original contributions of this thesis are as follows: 1. A TLB design method based on cache resource reusing. 本文重点研究高性能低功耗的嵌入式内存管理单元架构设计的关键技术,主要研究内容和创新点包括:1、基于高速缓存资源共享的TLB设计技术。