The address bus is used by the processor to select aspecific memory location or register within a particular peripheral. 地址总线被处理器用来选择在特定外设中的存储器地址或寄存器。
The actual address that is placed on the address bus when accessing a memory location or register. 当访问内存位置或寄存器时,在地址总线上的真实的地址。
Controller bus address register 控制器总线地址寄存器
The advanced technologies adopted on a new style bus, PCI X, are introduced in this paper, e. g. the register to register communication mode, and the feature segment technology. 介绍了新型总线结构PCIX采用的先进技术,如寄存器到寄存器通讯方式、特征段技术等。
DMA controller has dedicated on-chip address bus and data bus for DMA transfers, which are controlled DMA register. DMA有专用的片内地址和数据总线,所有DMA访问都通过DMA的专用总线,并且由DMA控制器控制。
This paper also has the analysis of CAN BUS's advantage and characteristics, in addition, it introduces the main control system of CAN BUS and SJA 1000's structure and register system. 简要分析了CAN总线的特性的优势,并对CAN总线独立控制器SJA1000的体系结构和寄存器功能等进行了介绍。
Meanwhile, the paper also gives the detail descriptions about the main IPs such as Memory Management Controller, Ethernet Access Controller, LCD Controller, IIC Bus Controller, UART Controller in three aspect including architecture design, register hierarchy design, data stream design. 同时,对MCU包括存储器管理控制器、以太网控制器、LCD控制器、IIC总线控制器、UART控制器等各个功能模块的结构框图设计、寄存器结构设计、数据流设计以及设计难点等做了详细说明。
AHB bus controller to take top-down design, divided into arbitration, decoder, mux, register, gated clock signal modules. AHB总线控制器采取自顶向下的设计方法,分为仲裁器,译码器,选择器,寄存器,门控时钟信号产生等模块。
Such a layer for services is called Enterprise Service Bus ( ESB). According to the analysis for ESB technology and products, this thesis provides an ESB model based on SOA, which contains Bus-Local service register and access model promoting the performance of ESB model. 本文通过对现有企业服务总线技术和产品的剖析,研究了基于SOA的企业服务总线模型,该模型融入总线与本地服务容器相结合的注册访问模式,进而增强了该模型的性能。
Based on analysis of Normalized Message Router, designs a Bus-Local service register and access model, which combines bus global register and local container register. 在分析企业服务总线和标准化消息路由的基础上,提出了总线与本地服务容器相结合的注册访问模式。
Secondly, through the bus-based scan chain shifting CPU instructions into the target system, and implementation of these instructions by single step in hardware debug mode, to modify the bus data, register data and memory data. 其次,通过对基于总线的扫描链的移位操作插入目标系统CPU本身的指令,并在硬件调试模式下单步执行这些指令,对系统内部的总线数据、寄存器数据、存储器数据进行修改。
XSLT was used to convert SOAP messages, compression by gzip were used to compress data in XML formats and enterprise service bus was employed to register and integrate services. 使用XSLT进行SOAP消息的转换,使用gzip方式进行XML数据流压缩,企业服务总线用于服务注册与集成。