试错法的英文

• method of trial and error
• trial-and -error
• trial-and-error method

• "试"英文翻译    try; test
• "错"英文翻译    wrong; mistaken; erroneous
• "法"英文翻译    law
• "尝试试错法" 英文翻译 :    trial and error method
• "试错法，试凑法" 英文翻译 :    trial and error
• "试错法步骤" 英文翻译 :    trial-and-error procedure
• "试错法求解" 英文翻译 :    trial-and-error solution
• "自底向上试错法" 英文翻译 :    trial-and-error bottom-up
• "【心理学】尝试-错误，试错法；反复试验。" 英文翻译 :    trial and error
• "试错" 英文翻译 :    trial and error
• "防错法" 英文翻译 :    anti-bugging; error proofing; poka-yoke
• "交错法" 英文翻译 :    alternate method; alternating method; chiasmus
• "容错法" 英文翻译 :    fault tolerant approach; fault-tolerant approach
• "试错的" 英文翻译 :    heuristic
• "基本纠错法" 英文翻译 :    basic error correction method
• "交错法的" 英文翻译 :    chiastic
• "重复纠错法" 英文翻译 :    correction by repetition
• "尝试错误" 英文翻译 :    trial and error; try and error
• "尝试错误法" 英文翻译 :    method of trial and error; trial and error method; try and error method
• "尝试错误说" 英文翻译 :    trial and error theory; trial-and-error theory
• "试错原理" 英文翻译 :    trial-and-error principle
• "调试技术, 排错法" 英文翻译 :    debugging technique
• "双磁道纠错法" 英文翻译 :    double error correction scheme; double-error correction scheme
• "自顶向下错法" 英文翻译 :    trial-and-error top-down
• "method尝试错误法" 英文翻译 :    method of trial and error; trial and error

• In a similar manner , all species upon earth are ascending through trial and error
  以类似方式，地球上的所有物种也正在透过试错法而提升。
• But i arrived at the chosen numbers of " spam " and " good " trigrams only by trial and error
  但我只是用试错法（ trial and error ）才达到了“垃圾邮件”和“合法”三元模型所选定的数目。
• The most important criteria that used to check the calibrated model are root mean square error ( rms ) , the mean absolute error normalized rms error , and mass balance
  模型参数使用试错法识别，识别过程中最重要的指标是均方差、平均绝对误差、标准均方差和水均衡。
• Those who devised methods for splitting the massive blocks that were needed to build stonehenge in england or the unique pyramids of egypt discovered the principle of the wedge by trial and error rather than by mathematical calculations
  那些发明了劈开巨大的用于英格兰的石头城和独一无二的埃及金字塔的石块的方法的人是利用了试错法而不是用数学。
• Some preceding rain factors were list , then stepwise regression algorithm was employed to select the obvious factors from the list as the input of the bp networks . and the trial - and - error method is employed to define the number of the hidden layer nodes
  论文列出若干个前期降雨量因子，利用逐步回归算法从中挑选出影响因素大的作为网络的输入，通过“试错法”确定隐节点数。
• Fuzzy inference system ( fis ) module , control system module and simulink module are used in the simulation of mrfac system and a set of lest and best control rules are found by " error trial " . it proves that high precision control is realized and the hydraulic mrfac system can achieve dynamic and static performance in this paper
  本文就是利用matlab软件中的模糊推理系统工具箱、控制系统工具箱和simulink工具箱对液压伺服模型参考模糊自适应控制系统进行仿真，用“试错法”找出一组数目最少且能够实现最优控制的条件语句，使系统的动稳态性能得到了大大地提高，基本上实现了超调小，响应速度快地实时控制。
• Machining deformation of aircraft monolithic component is simulated by finite element method ( fem ) and validated by experiment . the initial residual stress in pre - stretched plate is generated by simulating quenching and stretching processes . with a single tool - tooth milling process fem , the machining loads in monolithic component material removing is obtained . restart - calculation is put forward to complete the whole simulation of machining process . to verify the fem result , an experiment is carried out . the deformation distribution of the monolithic component resulting from fem shows a good agreement with the experiment result , which indicates that the key technologies presented in the paper are practicable and can be used to simulate the milling process of monolithic component to predict its deformation . lengthy and expensive trial and error experiment process can be avoided
  在模拟淬火、拉伸过程获得含有初始残余应力的预拉伸板材以及模拟单齿切削过程获得切削载荷的基础上,提出并采用接力算法,对一航空整体结构件的材料铣削过程进行有限元仿真,同时进行了试验研究.结果表明,有限元模拟的整体结构件的变形与试验具有一致性,从而证明提出的整体结构件加工仿真关键技术的可行性,避免了为研究加工变形而进行的繁琐的试错法
• Trajectory designing has been a hot topic for the researchers and many methods have been presented . but most of methods nowadays for designing 3d horizontal wells are based on trial - and - error method . so well trajectory designing depend greatly on the experience of the designer , which lead to the time - consuming trial - and - error procedure while using those kinds of methods
  近年来，水平井轨迹设计技术的研究一直较为活跃，相继提出了不少的方法及针对具体问题的具体做法，但这些方法从本质上讲，都未脱离试错法的范畴，井眼轨迹部分参数的确定取决于设计者的经验与直觉。