1) ping-pang storage
乒乓存储
1.
The techniques such as fast signal amplification,discrimination,long-distance signal transmission,anti-coincidence event judgment,counting for each bunch and ping-pang storage were involved effectively.
实现了4 ns束团间隔亮度信号的放大甄别、远距离传输、反符合判别,以及对应束团亮度信号的累加,利用乒乓存储技术解决了高数据产生率和CAMAC低数据读出率间的矛盾。
2) ping-pong memory
乓乒存储器
3) ping-pong buffer
乒乓缓存
1.
Based on the parallel feature of Digital Signal Processor(DSP),the parallel architecture of 2-D integral lifting scheme was presented to perform simultaneously data transfer and wavelet transform with the strategy of ping-pong buffer.
该结构采用乒乓缓存策略,使得数据的传输和小波变换能够同时进行;用基于行的列变换方法使得列变换只需少量行变换结果就能进行列变换;用移位操作代替乘法操作,大大减少了算法的运算量。
2.
The strategy of Ping-Pong buffer allows data transfer and code to perform simultaneously.
该算法采用乒乓缓存策略,使得数据的传输和编码能够同时进行。
4) PingPong latch
乒乓锁存
1.
The buffer velocity is fell by using PingPong latch which combine data into 32 bits being easy to connect with DSP.
利用乒乓锁存降低了对缓存速度的要求并将数据合并成32位,易于与DSP数据传输。
5) ping-pang video buffer
乒乓帧存
6) ping-pang cache
乒乓缓存
1.
Design and realization of ping-pang cache in high-speed optical communication bus system
高速光纤总线系统中乒乓缓存的设计与实现
补充资料：随机存取存储器(见半导体存储器)
随机存取存储器(见半导体存储器)
random access memory,RAM
s日1}}Cunq日Ct旧choql随机存取存储器random aeeess memoryRAM)见半导体存储器。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条