此系统是基于椭圆曲线离散对数表示问题的。
The system is based on expression question of elliptic curve dispersed number.
他的最初设计是为机器计算诸如对数表之类的事情。
His first designs were for a machine to calculate such things as logarithm tables.
纳皮尔简化了计算工作，但手边必须有对数表手册才能进行计算。
Napier had simplified computational tasks, but ready access to books of log tables was crucial to the procedure.
据此，提出新颖的数据压缩方案，即伪对数表达方法，来降低测量数据的存储空间，从而缓减通信压力。
This paper gives a new data compression scheme, namely quasi-logarithmic data expression, to reduce the data storage space, so as to lessen communication rooms.
基于一种典型的自动增益控制(agc)环路的模型，采用对数表示方式，简化了AGC环路的静态微动方程和动态运动方程。
Based on a typical model of automatic gain control loop, AGC loop static micromotion equation and dynamic motion equation were simplified using the logarithm expression.
基于一种典型的自动增益控制(agc)环路的模型，采用对数表示方式，简化了AGC环路的静态微动方程和动态运动方程。
Based on a typical model of automatic gain control loop, AGC loop static micromotion equation and dynamic motion equation were simplified using the logarithm expression.
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