误差调整的英文

• compensation of errors
• error adjustment

• "误差"英文翻译    error
• "调整"英文翻译    adjust; tune-up; trim; trimm ...
• "误差调组" 英文翻译 :    error phasing
• "反差调整" 英文翻译 :    contrast adjustment
• "偏差调整" 英文翻译 :    deviation adjustment; diviation adjustment
• "偏差调整楔" 英文翻译 :    deviation wedge
• "时差调整" 英文翻译 :    rate adjustment
• "位差调整" 英文翻译 :    position timing
• "转差调整器" 英文翻译 :    slip regulator
• "磁差调整旋钮" 英文翻译 :    variation adjusting knob
• "无静差调整法" 英文翻译 :    floating control mode
• "无静差调整器" 英文翻译 :    astatic regulator
• "倾斜自差调整器" 英文翻译 :    dipping needle instrument; heeling adjuster; heeling error instrument; vertical force instrument
• "转速落差调整滑块" 英文翻译 :    speed droop adjusting slide
• "自动亮度反差调整" 英文翻译 :    abcc
• "调整误差" 英文翻译 :    adjustment error; governing error; set up error; set-up error
• "电场调整误差" 英文翻译 :    field alignment error
• "调整最大容许误差" 英文翻译 :    einstelltoleranz setting tolerance
• "参差调测" 英文翻译 :    staggered gauging; staggeredgauging
• "参差调阶" 英文翻译 :    staggered tuning; staggering
• "参差调谐" 英文翻译 :    [电子学] staggered tuning; stagger tuning; staggering
• "差调放大器" 英文翻译 :    stagger-tuned amplifier
• "差调节阀" 英文翻译 :    dtcp -dj
• "差调时间" 英文翻译 :    stagger time
• "定差调制" 英文翻译 :    delta modulation; dm

• Function test and adjust error for log on sea trial
  航行试验中计程仪效用试验及误差调整。
• In recent years , artificial neural network ( ann ) has become a striking research topic in china and abroad
  近年来，神经网络误差调整方法成为国内外一个热门的研究课题。
• Relying on the no . 4 bridge of xiangfan bridge over - crossing hanriver bridge , in this paper a ann is applied to the parameter of the long span bridge in the construction beam
  本文以襄樊汉江四桥为依托，将神经网络误差调整方法用于大跨度混凝土桥梁的施工参数的识别。
• Impedance parameters were modified to improve the force control performance by the fuzzy impedance controller according to the difference between the actual and the desired position
  模糊阻抗控制器可以根据机器人末端实际位置和期望位置的误差调整阻抗参数，从而提高控制性能和加工效果。
• The network weights are regulated according to the error between the reference model and the plant , and the structural uncertainties and unknown disturbances are counteracted on line by the neural network
  该控制器根据被控对象和参考模型之间的误差调整网络权值，在线抵消被控对象的未建模动态特性和不确定因素。
• In this essay the technique of the structure calculation and error adjustment measures used in bridge construction prefigurative deviation control was researched based on the construction control and monitor project of wuhan caidian han river bridge
  本文主要结合蔡甸汉江公路大桥的施工监测监控项目，研究施工预拱度控制的结构计算和误差调整方法。
• Based on literature and introducing the error coefficient ( r2 ) , the paper infers the formula ( 2 . 63 - 2 . 66 ) , which is applied to calculate the lag strain of bonded materials ( elag ) under the secondary load
  本文在有关文献的基础上，引入误差调整系数_ 2 ，推导出钢筋混凝土受弯构件二次受力下粘贴加固材料滞后应变_ ( tag )的计算公式( 2 . 63 ) ( 2 . 66 ) 。
• In order to simplify the calculated procedure , the error coefficient ( r1 ) has been introduced to paper . and so , the criterion formula ( 2 . 1 ) , which calculates strain and stress in concrete , can be replaced by one - variable formula ( 2 . 17 )
  为简化计算类设计破坏形态时粘贴加固构件的抗弯承载力，本文引入误差调整系数_ 1 ，将规范混凝土应力?应变公式( 2 . 1 )简化成一阶线性公式( 2 . 17 )并代入计算。
• Then on the basis of calculating result from the prefigurative deviation control structure calculation , " rational data forecast processing about error adjust in prefigurative deviation control was made by the prefigurative theory of bp neural network and corresponding program and software matlab6 . 1 . at last via the data comparison with the practical survey data draw a conclusion : it is feasible for the construction prefigurative deviation control and error adjust used in pc rigid frame bridges to use the calculation model and program brought forward in this paper
  同时，在对预应力混凝土刚构桥施工过程线形预拱度控制的结构计算分析的基础上，利用bp神经网络的预测理论和相应的程序及软件包matlab6 . 1对预拱度控制中的误差调整进行了较好的预测处理，通过与实际施工数据及成桥后测量结果作分析比较，得到结论：运用本论文的计算模型和程序对预应力混凝土刚构桥预拱度控制过程进武汉理工大学硕士学位论文行结构分析和误差调整处理是可行。
• The star calibration system , which is one of methods to calibrate precision and adjust tolerance of tracing and measuring devices in fields , has been widely applied to high precision tracing and measuring devices such as photoelectric theodolites , radars , etc . combining with many researching fields such as astronomy , computer control technology , communication , science engineering algorithm , etc , star calibration software have characteristics of large size , long development period , etc , but their inherent coherence and constant establish the base of abstract and reuse
  星体标校系统是实现跟踪测量设备外场精度标校和误差调整的方法之一，广泛应用于光电经纬仪、雷达等高精度跟踪测量设备中。星体标校软件集天文、计算机控制技术、通讯、科学工程计算等众多知识领域，具有软件规模大，开发周期长等特点，但其本身存在一致性和不变性，奠定了它们的可抽象性和可复用性的基础。

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