软核处理器

软件设计包括NIOSⅡ软核处理器系统程序设计及上位机应用程序设计。

Software design includes NIOS ⅱ soft core processor system program design and epistatic machine application programming .

该方法使用Nios软核处理器以及FPGA的优点，运用SOPCBuilder工具设计了一个智能仲裁器的核心部件。该仲裁器能够智能地获取服务器的状态、同步服务器的内容以及控制服务器的开启和关闭。

This method uses advantages of Nios soft core processor and FPGA and designs a core component of intelligent arbitrator by SOPC Builder tool , which get status , synchronize content of servers and start and stop server of server intelligently .

32位软核处理器NIOSii的以太网接口设计与实现

Implementation and design of the Ethernet interface based on 32-bit IP core NIOS II

网络处理器芯片原型采用NIOSii软核处理器在FPGA上实现，提高了网络处理器的可编程能力。

The prototype designs with soft-core processors of Nios II in FPGA , improves the programmability of network processors .

基于FPGA的软核处理器及DDFS实现

Implementation of Soft-Core Processor and DDFS Based on FPGA

NIOSⅡ软核处理器在超声诊断系统中的应用

Application of NIOS ⅱ Soft Kernel Processor in Ultrasonic Diagnostic System

基于Nios软核处理器的硬盘加密卡解决方案

The Method of Hard Disk Encryption Based on Nios Soft Processor

基于Nios软核处理器的以太网接口设计

Design of an Ethernet Interface Based on the Nios Soft-core Processor

基于NIOS软核处理器的音频录放子系统

Audio Subsystem Based on NIOS Soft Core Embedded Processor

NiosⅡ软核处理器的研究与设计

Research and Design of Nios ⅱ Soft-core Processor

基于NiosⅡ嵌入式软核处理器的天文用IRFPA图像采集系统

Astronomical IRFPA Image Collecting System Based on the Nios ⅱ Soft-core Embedded Processor

SOPC技术，并用此技术构造出一个32位的NiosⅡ软核处理器。

The technologies of SOPC , Designing a 32 bits Nios II CPU with SOPC .

Nios软核处理器在DTV调制器中的实现

Implementation of Nios soft-core in DTV Modulator

基于AlteraNios软核处理器的无线局域网接入点设备设计

Design of Wifi Access Point on Altera Nios processor

采用FPGA作为控制芯片，在其中植入NiosⅡ软核处理器以对整个图像采集系统的数据进行控制和预处理。

Nios II soft-core processor implanted into FPGA as the control chip controls and preprocesses the data of the entire image acquisition system .

NIOSⅡ软核处理器是Altera公司推出的一款灵活高效的嵌入式处理器。

NIOS ⅱ soft-core processor is a flexible and efficient embedded processor promoted by Altera Corporation .

NiosⅡ软核处理器提高了系统的集成度，有利于系统的小型化，降低了成本。

The Nios ⅱ soft-core processor improve the integration of the system and is helpful to the miniaturization of instrument .

本文提出了一种基于FPGA和NIOSii软核处理器的嵌入式音频信号识别系统的设计方案，系统以cycloneFPGA芯片为核心，采用软硬件结合的设计方式。

In addition , we propose an embedded audio recognition system based on FPGA and Nios II . This scheme uses Cyclone FPGA chip and combines software and hardware design .

本课题以FPGA（EP2C8Q208C8N）为主控芯片，利用FPGA内部的逻辑资源在FPGA内部生成NIOS软核处理器、一些数字组合电路和时序电路。

In the system , FPGA is the controller chip , using internal logic resources inside the FPGA to generate the NIOS soft-core processor , Some digital integrated circuits and sequential circuits .

整个系统采用层次化、模块化的设计思想，将NIOSii软核处理器系统嵌入到FPGA中，完成片上硬件和软件的设计。

The hierarchical , modular design idea was used in the system which embeds the Nios II soft-core processor system in FPGA . And the on-chip hardware and software designs are completed .

然后，通过基于FPGA的嵌入式软核处理器技术，采用软硬件协同设计的方法，实现对整个系统功能的控制及数据的处理与发送。

Then , through the embedded soft-core processor technology based on FPGA , entire system the control , and processing and transmission of data of were achieved by using the co-design approach of hardware and software .

对于数字部分，在FPGA内构建SOPC系统，嵌入NIOSii软核处理器对整个系统进行控制。

For the digital part , this design is mean to construct the SOPC system in the FPGA , embedded Nios II soft-core processor to control the operation of the entire system .

论文结合嵌入式以太网数据传输模块设计实例，介绍如何利用Nios软核处理器来进行嵌入式系统设计。

By explaining the implement of Embedded Ethernet Data Transmission Module , the current paper illustrates how to use Nios Soft Core CPU to design Embedded System .

NIOSii嵌入式软核处理器是Altera公司推出的第二代片上可编程处理器，配以价格低廉、性能优越的FPGA器件，极大地方便了嵌入式系统的开发。

Altera launched the second generation of on-chip programmable embedded soft core processor Nios II , coordinated with low cost and cost-effective FPGA device , make the embedded system development become more convenient .

第一，运用了在单芯片上实现系统功能的设计思想，采用了高性能的软核处理器（NiosIICPU）和IP复用技术，提高了整个系统的运行速度和进一步改进的灵活性。

First , use of the system functions on a single chip design ideas , using a high-performance soft-core processor ( Nios II CPU ) and IP multiplexing and improve the whole system to further improve the speed and flexibility .

利用Qsys系统集成工具，易于在FPGA中实现NiosⅡ多软核处理器系统，NiosⅡ多核处理系统一定会有越来越广泛的应用。

Therefore , using the Qsys system integration tools , the Nios ⅱ multi-core processor systems can easily implemented in FPGA chips and it must has a wide application .

接着对SOPC及其相关技术进行了简要介绍，其中重点介绍了NIOSii软核处理器的特性，此外，还对NIOSii独有的Avalon总线接口进行了剖析。

Secondly , this paper introduced the technology of SOPC , which focused on the features of the Nios II processor . In addition , it analysed the Avalon bus which is unique to Nios II .

同时提出了一种基于Nios嵌入式软核处理器的电力电子设备监控系统，给出了硬件接口和软硬件设计方案，并给出了软件流程和部分源程序。

IT also puts forward a method of the monitor system of power electronic device based on Nios embedded processor , gives the hardware interface , software flowcharts , and some source codes .

本系统的处理器采用32位软核处理器NiosⅡ，NiosⅡ处理器与其他功能的外设通过Avalon总线互联通讯，实现图像采集、显示和处理的过程。

The system uses 32-bit soft-core processor Nios II . Nios II processor and other peripherals connect to and communicate with the Avalon bus , to achieve image acquisition , display and handling of the process .

通过将NIOS软核处理器、自定义逻辑模块、存储器和I/O集成到单块低成本的FPGA上，组成一个SOPC（片上可编程系统），实现以太网无源光网络中的ONU功能。

In this scheme , a SOPC ( system on programmable chip ) can be constructed by integrating NIOS , custom logic , memory and I / O into a chip of low-cost FPGA to realize the function of the ONU in EPON .