累加平均的英文

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"累加平均"怎么读用"累加平均"造句

英文翻译手机版

cumulative mean
progression average
progression mean
progressive average
progressive mean

"累加"英文翻译 accumulation; cumulation; su ...
"平均"英文翻译 average; mean
"累加平均数" 英文翻译 : progressive average
"累加平均盘存法" 英文翻译 : progressive average inventory method
"加平" 英文翻译 : gapyeong; kapyong
"信号平均累加回" 英文翻译 : computer of average transients
"累加" 英文翻译 : accumulation; cumulation; summation◇累加器 [自动化] accumulator carriage; accumulator register; accumulator; integrator; 累加误差 add up error; 累加总和 accumulative total
"阿加平" 英文翻译 : agapin
"傅加平" 英文翻译 : fu jiaping
"卢森加平原" 英文翻译 : lusenga plain
"马尔加平原" 英文翻译 : marrha plaine de; plaine de marrha
"累加累加器" 英文翻译 : acc
"附加平衡网络" 英文翻译 : building out network; building-out network
"结累，累加" 英文翻译 : akkumulation
"累积；累加" 英文翻译 : accumulate(acc)
"累加带" 英文翻译 : summation band
"累加的" 英文翻译 : accumulative; summary
"累加法" 英文翻译 : summation
"累加号" 英文翻译 : sign of summation
"累加和" 英文翻译 : accumulated sum
"累加级" 英文翻译 : accumulator stage
"累加键" 英文翻译 : accumulation key
"累加器" 英文翻译 : acc accelerator; accumlator; accumulator (computing); accumulator carriage; accumulator shift instruction; inclusive or accumulator; totaliser; totalizer; totaller
"累加态" 英文翻译 : accumulation mode
"累加线" 英文翻译 : accumulation stage

例句与用法

5 . besides the blood pressure pusle rate is measured in the system and progression average means is applied to optimize the result
5 .将脉率的测量融入了血压的检测中，并采用累加平均法优化其结果。
This method is the amalgamation of wavelet decomposition , relevance process and average , which can raise the signal - to - noise ratio and improve the accuracy of system
该方法融合了小波分解、相关过程及累加平均等技术，能有效地提高系统信噪比，保证温度测量的精度。
So , the emphases are put on this part . first , all sources of noise are analyzed and calculated to determine the parameter of component and estimate the feasibility of the system . second , on the one hand , low noise wideband and high gain amplifier is detailed particularly in the design of hardware , on the other hand , several mathematical methods are introduced to reduce the noise further in the design of software
首先，详细分析了整个系统的噪声来源，计算可能出现的噪声，在器件的选择上对参数提出要求，并分析方案的可行性；其次，在硬件设计上，兼顾带宽，噪声与放大倍数；在软件设计上，采用累加平均，最小二乘拟合等信号处理方法，进一步降低噪声。