PCI interface driver, IO port directly read, interrupt control and so on.
PCI接口驱动程序，IO口的直接读取，中断控制等等。
Through PCI interface and dual port SRAM, host accessed data from the card.
数据采集卡采用PC I局部总线接口，通过双端口ram进行数据传输。
Integrated high performance dual UARTs, parallel port and 5.0v PCI interface.
集成高性能的双uart，并行端口和5.0V的PCI接口。
Thebase of data and control channel is the PCI interface, which is achieved by the PCIcore.
PCI接口是数据通道和控制通道的基础，它是以集成PCI 核来实现的。
Meanwhile, a design plan is proposed for the PCI interface circuit of the signal input board.
同时提出了输入卡pci专用接口芯片的设计方案。
Using a special chip we can get a good PCI Interface for the the user to fulfill his own task.
利用专用PCI芯片可以很好地完成PCI接口，并可在本地端提供方便的应用接口，供用户完成自己的特定功能。
The optical fiber transmission technology is used. The data is sent to PC through USB or PCI interface.
该系统采用了光纤传输，数据通过PCI或USB接口送入计算机。
The PCI interface works reliably and easily and can be applied to multiprocessor high-speed communication.
该PCI接口结构紧凑工作可靠，容易扩展应用在多处理机间的高速通信中。
This PCI interface circuit is feasible and can be efficient and lower cost, it is worthy of being popularized.
该PCI接口电路是切实可行的，具有高效、低成本等优点，可以很方便地移植到用户系统中。
The main work of this thesis is to design an intelligent PCI interface card including hardware and driver design.
本文的主要工作是智能化PCI接口卡的设计，包括硬件设计和驱动程序设计。
The data acquisition system includes analog input, A/D conversion, data buffering, DMA transferring and PCI interface.
采集系统包括模拟输入、A/D变换、数据缓存、数据DMA传输及PCI总线接口等电路。
The basic configuration of PCI bus is introduced, as well as PCI9052, the core component in the card, which performs the control of PCI interface.
论文中讨论了PCI总线的基本结构，详细介绍了基于PCI总线控制卡的核心器件—PCI接口控制芯片pci9052。
In the paper has been described that crucial technologies have PCI interface, automatic gain control, CPLD implementing of digital logic and so on.
系统使用并在本文中介绍的关键技术还有PCI接口技术、自动增益控制技术、数字逻辑的CPLD实现技术等。
The design of the PCI bus in the interspaced ordonnance, and the realization of the sequence state machine in the PCI interface controller is given.
给出了PCI总线配置空间的设计以及PCI接口控制器中时序状态机的实现。
The interface circuits include the PCI interface of the master controller, the interface of A/D converter and interface (HPI ) of the association processor.
接口电路又包括与主控制器的PCI接口，与A/D转换器的接口和与协处理器的接口（HPI）。
The data encrypt card using DSP chip, PCI interface chip, asynchronism FIFO chip and EPLD that realize the control of the data encrypt card is designed and implemented.
数据加解密卡的硬件设计和实现。采用DSP芯片、PCI接口芯片、异步FIFO等器件，通过EPLD控制实现了数据加解密卡；
Its hardware components, function testing items, design of software, communication between industrial PC with device by using PCI interface chip (S5933) are introduced.
文章介绍了某型接口分组件功能测试系统的硬件组成、功能测试项目、软件设计和利用PCI接口芯片(S5 93 3)实现工业PC机和设备的通讯。
It USES the PCI interface chip SAA7146A special for media processing produced by Philips, and connects simply with video encoder, video decoder, audio encoder and decoder.
设计选用PCI多媒体接口芯片SAA7146A，方便的实现了与视频编码器、视频解码器和音频编解码器的连接。
This invention provides a method for multiplexing pins based on PCI bus which can reduce port numbers of PCI interface equipments but does not increase complexity of adding circuits.
本发明提供了一种基于PCI总线的管脚复用的方法。该方法可以明显的减少PCI接口设备的端口数量，而且不需要大幅度增加电路的复杂度。
Requirements for high speed network adapter in cluster were analyzed in this thesis. The function logic of the network adapter and PCI interface could be implemented in a single FPGA chip.
文中分析了机群系统中高速通信网卡对PCI接口的要求，采用紧凑设计思想，将网卡的功能逻辑与PCI接口实现在一个FPGA芯片中。
Each CUDA-capable GPU node includes local DDR3 SDRAM as well as a 16-lane PCI Express? gen2 interface to the system backplane, providing maximum data throughput direct to GPU memory.
每个CUDAGPU节点包括本地的DDR3SDRAM以及一个16通道PCI二代系统的背板接口，直接向GPU内存提供最大的数据流量。
This virtual interface would consist of the expected interface, including a virtual address space representing the device (such as shadow PCI) and virtual interrupt.
这个虚拟接口包含预期的接口，包括表示设备(如shadowPCI)的虚拟地址空间和虚拟中断。
There are some special interface chips of PCI in market.
市场上有一些专用PCI接口芯片。
This paper is based on developing the PCI communication card of MSCIS interface system and Device Driver of the communication card.
论文是在研制MSCIS接口系统的PCI通信卡和开发通信卡设备驱动程序的基础上完成的。
The method which integrates PCI bus interface and control logic into a FPGA chip improves the integration density and transplantation of system.
该方法将PCI总线接口和控制逻辑集成于一片FPGA中，提高了系统的集成度和可移植性。
Studies issues in the finite state machine (FSM) design in PCI bus interface controllers.
研究有限状态机与PCI总线接口控制器的设计问题。
The FSM model of target PCI bus interface controller is then provided based on PCI bus operation timing.
根据PCI总线操作时序，提出了从设备接口控制器的有限状态机模型。
System software designs: embracing the PCI driver, initialization the interface chip and the software of DSP.
系统软件设计：包括PCI驱动的开发，接口芯片的初始化设计；dsp的软件设计。
This scheme includes three parts: PCI Bus interface board, experiment flat board and device driver high-level software.
该设计方案由PCI总线接口板、实验平台板、设备驱动程序及上层软件三个部分组成。
Communication with computer directly though the interface of PCI.
通过PCI接口与计算机直接通讯。
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