微型机与应用
微型機與應用
미형궤여응용
MICROCOMPUTER & ITS APPLICATIONS
2011年
18期
55-58
,共4页
CPU%以太网%FPGA%DSP%HPI%引导加栽
CPU%以太網%FPGA%DSP%HPI%引導加栽
CPU%이태망%FPGA%DSP%HPI%인도가재
CPU%Ethemet%FPGA%DSP%HPI%boot loader
介绍了脱离仿真器直接使用外部计算机通过网口进行程序代码加栽的基本原理，讨论分析了网络接口、FPGA接口和HPI接口的访问控制等关键技术。详述了在包含CPU、FPGA和DSP的复杂系统设计方案中基于以太网加载FPGA和DSP的实现。该技术在系统工程化的应用中具有很好的前景。
介紹瞭脫離倣真器直接使用外部計算機通過網口進行程序代碼加栽的基本原理，討論分析瞭網絡接口、FPGA接口和HPI接口的訪問控製等關鍵技術。詳述瞭在包含CPU、FPGA和DSP的複雜繫統設計方案中基于以太網加載FPGA和DSP的實現。該技術在繫統工程化的應用中具有很好的前景。
개소료탈리방진기직접사용외부계산궤통과망구진행정서대마가재적기본원리，토론분석료망락접구、FPGA접구화HPI접구적방문공제등관건기술。상술료재포함CPU、FPGA화DSP적복잡계통설계방안중기우이태망가재FPGA화DSP적실현。해기술재계통공정화적응용중구유흔호적전경。
This paper describes the basic principles of the method that using an external computer through the network interface directly to load the program code without an emulator, discusses and analyzes the access control for the network interfaces, FP- GA interface and HPI interface and other key technologies. This paper also describes the detail of the realization for FPGA and DSP loading based on Ethernet which is a complex systems that contains CPU, FleA and DSP. and it has a good prospect for the application of systems engineering.
