From here, you can set up the Network Interface Controller ( NIC) with the appropriate IP information, address, netmask, gateway, and nameserver. 在该对话框中,您可以为网络接口控制器(NetworkInterfaceController,NIC)设置适当的IP信息、地址、网络掩码、网关和名称服务器。
If it is set to promiscuous mode, network interface controller ( NIC) can incept all data packet to monitor. 只要把网络接口控制器(NIC)设置为混杂模式,网卡就能接收到每一个数据包,实现监听。
Design and Implementation of USB Controller and General Purpose IO Interface Controller IP Core for SoC 面向SoC的USB控制器及通用IO控制器的IP核设计与实现
Secondly, the paper introduced the design and realization of PCI interface and the design of DDR-SDRAM's interface controller based on FPGA. After that, the design of the PC control is introduced. 然后围绕数据流控制关键技术重点介绍了:PCI接口技术及其接口控制的FPGA设计实现、DDR-SDRAM技术及DDR-SDRAM控制器的FPGA设计实现、PC控制功能的设计实现;
Second, holistic design scheme of the system is pointed out, mainly focusing on signal accessing circuit, the cell dealing with module, UTOPIA interface and CTRL-E interface controller and etc. 其次提出了系统设计方案,重点设计了基于双绞线的信号接入电路、信元处理模块电路、UTOPIA接口和CTRL-E接口控制器等,达到了提取信元的目的。
Design of IDE Interface Controller Core 一种IDE接口控制器内核的设计
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 structure of the hardware and software of an aviation gyroscopic test system combined by industrial control computer, interface controller and test adapter is introduced. 介绍了工业控制计算机、接口控制箱、测试适配器组成的航空陀螺综合测试系统的硬件和软件结构。
Design of Double Interface Controller on SDRAM with FPGA 基于FPGA的SDRAM读写双口控制器设计
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。
In this paper we present an architecture for JTAG boundary-scan Interface Controller which we have implemented as a basic RISC microprocessor chip. 本文介绍了一种JTAG边界扫描控制器结构,并以基本的RISC微处理器芯片进行处理。
Study on state machine in PCI interface controller based on FPGA 基于FPGA的PCI接口控制器状态机的分析
Design of PCI Interface Controller Model Based on FPGA 基于FPGA的PCI接口控制器模型的设计
All digital circuits of the system and PCI Bus interface controller were fulfilled by FPGA with high performance. 本图像采集系统基于PCI总线接口设计,硬件主要设计采用FPGA技术,实现了数字电路的模块化设计,集成度和灵活性高。
A PCI target interface controller design with FPGA is proposed. And the realization of the complication of the access sequence to the BUS interface controller is expressed by sequence state machine. 给出了一种基于FPGA实现PCI总线目标模块接口控制器的设计方案,用时序状态机来实现总线访问操作复杂的时序。
The PCI top-level block design is first presented in terms of the bus interface controller. 在分析PCI总线接口控制器基本功能的基础上,给出其顶层设计。
Design of FPGA Interface Controller of Bluetooth HCI-UART and Parallel Port 蓝牙HCI-UART与并口的FPGA控制接口设计
Standard MVB interface controller is needed to connect various equipments to the vehicle bus. 不同设备能过MVB网络控制器连接到总线上。
In practical application, analysised the CAN interface controller functions and the controller performance characteristics. 结合实际运用,分析了CAN控制器的功能和该控制器性能特点。随后本文又对较以往8位微控制器性能有很大提高的基于ARM核的嵌入式控制器LPC2131的性能特点做出介绍。
Because if the IDE interface reads and writes the hard disk, it needs operating system, driver, external bus and interface controller to work together. 因为这种IDE接口如果要对硬盘进行读写,需要操作系统、驱动程序、计算机外部总线以及接口控制器共同工作。
Bus interface controller design for embedded microprocessor using CPLD 嵌入式微处理器接口总线控制器的CPLD设计
Hardware structure of the ATA interface controller and Flash chip array component. 硬件结构由ATA接口,控制器与Flash芯片阵列组成。
Finally, a high-speed large capacity RM-TCAM interface controller is designed in pipelined architecture and the associative functional model is set up according to the proposed RM-TCAM core scheme against the issue for the product, including a rather comprehensive functional simulation and verification. 其次,针对于产品化问题,本文采用流水线结构设计了高速大容量RM-TCAM接口控制器,并根据提出的高效RM-TCAM内核方案建立了功能模型,同时对其进行了较为全面的功能仿真与验证。
In the process of designation, PCI interface controller is applied in the programming of FPGA and Verilog HDL is used to describe the language. 在设计过程中,PCI局部总线控制器都是在FPGA内编程实现的,并使用Veriloghdl硬件语言对其进行描述。
First, it analyses the whole-design of PCI interface controller and partition of all its sub modules, and then explores the function and technique of every sub module in detail. 论文首先分析了PCI总线接口控制器的概要设计和子模块的划分,然后详细分析了各个子模块的功能及设计方法。
The next layer of the ONU side GTC peripheral interface, the network focused on the user control interface and SDRAM interface controller design and simulation to verify the design right. 接下来研究了ONU端GTC层外围接口,重点是对用户网络控制接口与SDRAM接口控制器的设计,并进行了仿真,验证了设计的正确。