基于FPGA的二维图形加速算法的设计与实现

发布时间：2018-05-14 01:02

本文选题：图形加速 + 算法架构体系　；参考：《西安电子科技大学》2013年硕士论文

【摘要】：在科学技术成为核心竞争力的今天，研制并掌握能满足高性能图形显示和应用需求的图形加速引擎系统和技术，已成为我国国防和国家现代化发展的核心和战略所在。所以大力开展以计算机图形技术为核心的探索研究，，研制出具有完全自主知识产权的标准化和系列化的高端图形显示技术产品，具有战略性意义。本课题围绕二维图形加速算法的设计与实现，由图形加速技术的历史和国内外发展现状着手阐明了课题研究的实际意义和必要性，确定课题研究的方向和地位，分别从二维图形加速的原理、总体系统架构、图元算法架构、硬件体系架构、图元生成功能模块、软硬件协同设计、系统集成设计、基于SOPC可重构硬件平台和基于FPGA单芯片的二维图形加速系统的设计和实现、图形加速系统的功能验证和性能评价等方面进行探索性技术研究。本文的仿真和实验结果都验证了课题的设计和实现，大大提高了二维图形生成的图形加速功能，实现了基本满足机载环境功能、性能要求的二维图形加速系统，研制出了具有完全自主知识产权的二维图形加速系统和技术。
[Abstract]:With science and technology becoming the core competitive power, developing and mastering graphics acceleration engine system and technology which can meet the demand of high performance graphics display and application has become the core and strategy of national defense and national modernization development. Therefore, it is of strategic significance to carry out the exploration and research on computer graphics technology as the core, and to develop standardized and serialized high-end graphics display products with completely independent intellectual property rights. This topic revolves around the design and realization of two-dimensional graphics acceleration algorithm, from the history of graphics acceleration technology and the development of domestic and foreign status, the paper expounds the practical significance and necessity of the research, determines the direction and status of the research. From the two dimensional graphics acceleration principle, the overall system architecture, the graph element algorithm architecture, the hardware system architecture, the graph element generation function module, the hardware and software co-design, the system integration design, The design and implementation of 2D graphics acceleration system based on SOPC reconfigurable hardware platform and FPGA single chip, the function verification and performance evaluation of graphics acceleration system are studied in this paper. The simulation and experimental results of this paper verify the design and implementation of the subject, greatly improve the graphics acceleration function of two-dimensional graphics generation, and realize the two-dimensional graphics acceleration system, which basically meets the requirements of airborne environment and performance. A two-dimensional graphics acceleration system and technology with completely independent intellectual property rights has been developed.
【学位授予单位】：西安电子科技大学
【学位级别】：硕士
【学位授予年份】：2013
【分类号】：TP391.41

【参考文献】