CAJ | 학술논문

在超大规模集成电路和图形技术快速发展，特别是2D/3D图形加速技术高速发展的背景下，GPU图形加速已经成为人们研究的焦点。主要在飞腾平台上为轻量级的DirectFB图形系统设计了一种硬件加速驱动。从驱动的设计与实现角度介绍了Radeon GPU图形加速的相关原理，对飞腾平台上GPU主存地址空间和命令传送机制等关键技术进行了系统的研究，并最终实现了该系统。
재초대규모집성전로화도형기술쾌속발전，특별시2D/3D도형가속기술고속발전적배경하，GPU도형가속이경성위인문연구적초점。주요재비등평태상위경량급적DirectFB도형계통설계료일충경건가속구동。종구동적설계여실현각도개소료Radeon GPU도형가속적상관원리，대비등평태상GPU주존지지공간화명령전송궤제등관건기술진행료계통적연구，병최종실현료해계통。
With the rapid development of VLSI and graphics technology, especially the rapid development of 2D/3D graphics acceleration technology, GPU graphics acceleration has become the main issue of research. This paper designs the driver of light weight DirectFB graphics hardware acceleration system on FT. This paper, from the design and imple-mentation of GPU graphics acceleration perspectives, introduces Radeon GPU graphics acceleration related principles and mainly researches GPU memory address space and command transport mechanism and others base technology imple-ment. At last, this system is implemented.