FPGA高级开发技术的研究

发布时间：2018-05-07 21:48

本文选题：FPGA + 高层次综合　；参考：《北京理工大学》2015年硕士论文

【摘要】：本文的主要研究内容是FPGA（Field Programmable Gate Array）的高级开发技术具体研究内容包括三种主流的高级开发技术：高层次综合技术DSP系统生成技术和模块化IP集成和封装技术详细介绍了上述三种高级开发技术的应用流程并结合实际的应用例子与传统的FPGA开发方式进行深入对比 FPGA技术经过近年来的发展已经成为数字处理系统中的主流技术之一但是传统RTL级的硬件描述语言具有开发周期长多人协作困难等问题，阻碍了FPGA的进一步推广应用为了解决上述问题，目前不论是FPGA厂商还是第三方工具厂商，都致力于推出各种高级开发技术和高级开发工具本文的主要目的就是分析和评估这些工具内在原理应用方式和实用效果，为复杂系统中的FPGA快速开发解决工具选择的问题本文在深入调研和分析的基础上，将模块化IP集成技术和DSP数字系统生成技术等高级开发技术应用于一种多通道实时阵列信号处理系统文中详细介绍了系统的组成相应FPGA固件的开发方法以及调试和验证结果系统各项性能指标良好工作稳定可靠，，体现了所用开发手段的可行性和有效性
[Abstract]:The main research content of this paper is advanced development technology of FPGA(Field Programmable Gate Array. the specific research contents include three main advanced development technologies: high level synthesis technology DSP system generation technology and modular IP integration and encapsulation technology. This paper introduces the application flow of the three advanced development technologies mentioned above and compares them with the traditional FPGA development method with practical application examples. With the development of FPGA technology in recent years, it has become one of the mainstream technologies in digital processing systems. However, the traditional hardware description language at RTL level has many problems, such as long development cycle and difficulty in multi-person cooperation. In order to solve the above problems, whether FPGA manufacturers or third-party tool manufacturers, The main purpose of this paper is to analyze and evaluate the internal principle, application mode and practical effect of these tools, and to solve the problem of tool selection for FPGA rapid development in complex systems On the basis of in-depth investigation and analysis, Advanced development techniques such as modular IP integration technology and DSP digital system generation technology are applied to a multi-channel real-time array signal processing system. The development method and debugging of the corresponding FPGA firmware are introduced in detail in this paper. And verify the results of the system performance indicators are good, stable and reliable, It reflects the feasibility and effectiveness of the development means used.
【学位授予单位】：北京理工大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TN791

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