From the comparison, we know that MCML is most suitable for working under low voltage supply among the logic families.
通过对比发现,MCML电路比其它逻辑电路更适合在低电源电压下工作。
Methods the pure tone thresholds of 30 subjects (60 ears) were measured by pure tone audiometry and MCML was obtained by means of the same frequency tone masking test.
方法30例受试者(60耳)分别进行纯音测听,首先测出双耳的纯音听阈,然后应用同频音掩蔽试验测试各个频率的MCML。
Objective to investigate the relationship between minimum contralateral masking level (MCML) and pure tone threshold of the masking ears by the same frequency tone masking test.
目的应用同频音掩蔽试验观察不同个体最小对侧掩蔽级(MCML)与主观纯音听阈之间的关系,进而通过MCML判定被试者主观真实听阈。
We use the principles of this technique and write a new code with MATLAB 6.5, and then validate it against Monte Carlo multi layer (MCML) code. The new code is proved to be with good accuracy.
我们利用蒙特·卡罗方法的原理,用MATLAB 6.5编写了一套新的编码,并用蒙特·卡罗多层(MCML)编码对其进行了验证,结果证明新的编码具有良好的准确度。
We use the principles of this technique and write a new code with MATLAB 6.5, and then validate it against Monte Carlo multi layer (MCML) code. The new code is proved to be with good accuracy.
我们利用蒙特·卡罗方法的原理,用MATLAB 6.5编写了一套新的编码,并用蒙特·卡罗多层(MCML)编码对其进行了验证,结果证明新的编码具有良好的准确度。
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