通过构造出质系动量系统碰撞模型和采用线性编址双缓冲图形绘制技术,实现了质系动量定理的实时仿真。
By constructing momentum theorem collision model and employing addressable, double-buffered graphic rendering technology and the real-time simulation of momentum theorem is implemented.
同时对低位交叉编址技术、扭斜交叉编址技术进行了探讨,设计了适合于KD-VIM-1的嵌入式存储系统的编址方式。
After have discussing the low-bit interleaving and skewed interleaving address technologies we presented address scheme of KD-VIM-1. We have implemented embedded memory system of KD-VIM-1 in VHDL.
同时对低位交叉编址技术、扭斜交叉编址技术进行了探讨,设计了适合于KD-VIM-1的嵌入式存储系统的编址方式。
After have discussing the low-bit interleaving and skewed interleaving address technologies we presented address scheme of KD-VIM-1. We have implemented embedded memory system of KD-VIM-1 in VHDL.
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