with programmable graphics hardware now we have a possible solution to this problem 現(xiàn)在可編程硬件圖形硬件的發(fā)展為解決這一問(wèn)題提供了可能。
in the last decade, the graphics community has witnessed tremendous improvements in the performance and capabilities of computing and graphics hardware 過(guò)去的十年中,圖形領(lǐng)域目睹了圖形硬件的計(jì)算能力與處理性能的極大的提升。
the simulation computation includes three parts, geometrical modeling, electromagnetic simulation computation and acceleration using graphic hardware 復(fù)雜目標(biāo)模型高頻散射研究包括幾何建模、電磁仿真計(jì)算和硬件加速計(jì)算三部分。
it is a revolution to integarte programmability into graphics hardwares, which makes them useful coprocessors for more diverse applications 摘要集成可編程能力是圖形硬件發(fā)展歷程上的一次革命,它使得圖形硬件能夠適用于多種不同的應(yīng)用。
volume rendering based on texture mapping takes advantage of graphic hardware to render the 3d seismic data, speeds the calculation 基于紋理映射的體繪制方法借助于圖形硬件,采用由硬件實(shí)現(xiàn)的紋理映射功能來(lái)進(jìn)行三維地震數(shù)據(jù)的體繪制,從而明顯提高了計(jì)算速度。