percent error

英 [pəˈsɛnt ˈerə(r)] 美 [pərˈsɛnt ˈerər]

网络  百分误差; 误差百分数; 错误

化学



双语例句

  1. Applications suited for this particular transaction strategy are fairly robust, with errors occur infrequently ( less than a10 percent error rate).
    适合这种特殊事务策略的应用程序都比较健壮,很少发生错误(错误率小于10%)。
  2. Overall, 39 percent of the respondents reported at least one self-perceived major medical error during the study period.
    总体而言,39%受访者称,他们至少会犯一个主要医疗错误。
  3. Among these physicians, 60 percent believed that a similar error was very or somewhat likely to occur at the same institution during the next year.
    在这些医师中,60%医师认为,在来年同一机构中,非常可能或有些可能发生相似的差错。
  4. Prove ( 8.92) and then calculate the percent error in the ground-state energy, using this triangular function.
    证明(8.92),然后用三角函数计算基态能量的百分误差。
  5. That is one out of300, so that is only a one-third percent error.
    那也就是1/300左右,因此误差只有0。33%左右。
  6. Research verifies human error is the main cause of these accidents and about 80 percent of accidents relate to the human error.
    研究证实,人误是人因事故发生的主要原因之一,80%左右的人因事故与人误有关。
  7. In all kind of off-center load and inclined load conditions, when the height of cylinder strain load sensor is different, the output percent error of electric bridge and that of strain data fusion are discussed by the simulation and experiments.
    采用仿真与实验方法,探讨了不同高度柱式应变测力传感器在各种偏心和斜载条件下,电桥直接输出值的百分比误差和利用神经网络进行应变数据融合后输出的百分比误差。
  8. The experiment results show that this system satisfies the design requirement on the percent 1.1 error identification proportion and percent 98.9 good ability in zero promise situation.
    实验结果表明,在零保证率情况下,误识率为1.1%,识别率为98.9%,基本达到了设计要求。
  9. A method of measuring metal linear expansion coefficient of aluminium alloy by a percent meter is introduced. The error analysis in the result of the measurement is conducted.
    本文介绍了一种用百分表测量铝合金金属线胀系数的方法,并对测量结果进行了误差分析。
  10. Starting with an initial guess for the unknown parameters value, the identification can be realized based on least square method and regularization technique from measured responses, which finds the best estimates of parameters by minimizing the RPE ( Relative Percent Error) between two adjacent iterations.
    从对未知参数的猜测值开始,由测试或模拟计算的动力响应用最小二乘法和规则化技巧识别过桥汽车参数,用邻近两次识别参数的百分相对误差(RPE)控制迭代过程的终止。
  11. The measurement result indicates that the measurement range is from 400 nm to 1 000 nm, the measurement accuracy excels 0.1 percent, the repetitive error is less than 0.6 percent.
    测试结果表明:系统的测量范围为400~1000nm,测量准确度优于0.1%,测量的重复误差小于0.6%。
  12. The experiments proved that intrusion detection rate is 86 percent, and maximal error is 3 percent, which can advance detection rate by more training samples, therefore, can detect undefined intrusion behavior effectively.
    实验证明,此算法入侵检测率可达86%,最大误报率为3%,加大训练样本可进一步提高检测率,从而更有效地检测出未知的入侵行为;
  13. The average error rate is 1.21 percent and the maximum error rate 2.73 percent, the accuracy of imitation is very high.
    对全国总人口序列采用柯布&道格拉斯函数模型进行增量序列拟合建模,在中间变量层次中揭示出周期性变化规律,拟合效果极显著,平均误差率1.21%,最大误差率2.73%,拟合精度极高。
  14. Fuzzy control method and PID method are used to control the oil temperature and revolution speed of the driver shaft. The tolerance range of oil temperature is ± 3 ℃. Three percent error is permitted to revolution speed of the driver shaft.
    采用PID控制方法和模糊控制方法来控制系统的试验油温和试验转速,这里试验油温的误差范围为±3℃,转速的误差不超过3%。
  15. Based on the comparison of simulated results between two different watersheds, the model was evaluated by three various ways including percent error, linearity regression, and Nash-Sutcliffe model efficiency.
    通过两个不同小流域模拟结果的对比,采用误差百分比、线性回归以及Nash-Sutcliffe效率3种方法,分析和评价了模型的模拟效果。
  16. The relative standard deviation ( RSD%), the percent standard error of prediction samples ( SEP%) and the percent standard error of calibration samples ( SEC%) were used for evaluating the ability of the neural network.
    相对标准误差(RSD%)、百分标准预测误差(SEP%)和百分标准校准误差(SEC%)被用于衡量神经网络的性能。
  17. The results of the grinding temperature show that the temperature prediction by using of the finite element method is feasible. The error between the predicted results and the experimental results is in less than 11 percent, the max error is the 10.3 percent.
    磨削温度测试结果表明,利用有限元计算得到的磨削弧区的磨削温度结果与实验结果较为符合,误差小于11%,其中最大误差为10.3%。