| 1. | It also talks about nios sopc system
最后对niossopc系统进行了说明。 |
| 2. | Application of navigation solution chip of uart communication based on nios
的串口通信在解算芯片中的应用 |
| 3. | We have designed and finished the software module development , including boot microcode of nios ii 、 packet forwarding and filtrating
本文实现了niosii启动微码、报文转发、数据包过滤软件模块设计。 |
| 4. | The prototype designs with soft - core processors of nios ii in fpga , improves the programmability of network processors
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。 |
| 5. | Provides two solutions each basing on mpc860 embedded system and nios sopc system , and gives their detail implementation
并分别给出了mpc860t和nios下ip - catv网关的两种实现方案，以及它们各部分的具体实现。 |
| 6. | The ice of different embedded cpu can be completed in a piece of fpga . according to the architecture , a generic ice
本仿真器的具体实现采用了altera公司的nios开发套件，自主研发出incircuit emulator知识产权 |
| 7. | The designed model is compiled into custom instruction of nios processor via sopc interface , and made up hardware accelerator interface model
最后将该模块通过sopc接口编辑成nios处理器的用户指令,组成硬件加速器接口模块。 |
| 8. | Upon the nios processor , the software is written in c language , and includes real time operating system c / os ii
运行于nios处理器之上的应用软件采用c语言编写,并引入嵌入式实时操作系统c / osii ,以使其能够实时响应各种操作指令。 |
| 9. | Chapter four makes realization of software and hardware design of data packets exchange between the ethernet network and catv network using nios system
第四章介绍利用nios系统来实现以太网和catv网络之间数据交换的的具体算法和软硬件设计的实现。 |
| 10. | Describes the hardware architecture platform , specially hardware design , about sync module and program special information ( psi ) extracting module . 3
2 .描述了nios码流分析设计的硬件结构平台,特别是其中的硬件部分,同步头模块和自定义逻辑特征信息提取模块的设计。 |
