工具误差的英文

• instrumental error

• "工具"英文翻译    tool; means; implement; appl ...
• "误差"英文翻译    error
• "仪表误差；量具误差" 英文翻译 :    instrumental error
• "运载工具机动误差" 英文翻译 :    vehicle maneuver effects
• "误差" 英文翻译 :    error 平均误差 mean error; average error; 仪器误差 instrumental error; 概然误差 probable error; 行星观测上位置与计算上位置间的误差 the error of a planet; 误差极微的精密零件 precision parts with very close tolerances; 误差不超过千分之三毫米 with a tolerance of less than three-thousandths of a millimetre; 误差分析 error analysis; 误差概率 probability of error; 误差估计 error estimate; 误差函数 error function; 误差量 extent of error; 误差率 error rate
• "工具" 英文翻译 :    1.(进行生产劳动所使用的器具) tool; means; implement; appliance 爱护工具 take good care of the tools; 木工工具 carpenter's tools; 生产 工具 implements of production; 运输工具 means of transport; 工具改革 improvement of tools2.(用以达到目的事物) instrument 充当某人的工具 act as sb.'s instrument; 语言是交际的工具。 language is an instrument for communication.; 工具操作 tool operation; 工具材料 tool materials; 工具车 tool car; tool lorry; tool van; tool vehichle; tool wagon; 工具车床 tool lathe; toolmaker lathe; toolroom lathe; 工具车间 tool shop; toolmaker's shop; 工具袋 glove compartment; kit bag; tool bag; utility pouch; work bag; hold-all; workbag; 工具房 toolhouse; toolshed; 工具钢 tool steel; chisel tool steel; 工具格 [语言学] instrumental; instrumental case; 工具架 tool rack;工具库 tool storage room; 工具磨床 cutter and tool grinding machine; cutter grinder; tool and cutter grinding machine; tool grinder; tool-grinding machine; 工具磨削 cutter grinding; tool grinding; 工具盘 tool shelf; 工具设备 tool equipment; 工具使用寿命 tool life; 工具试验 tool test; 工具室 toolroom; 工具寿命 life tools; 工具书 reference book; 工具台 tool stand; tool table; 工具制造 toolmaking
• "工具箱, 工具组" 英文翻译 :    tool box
• "β误差" 英文翻译 :    type ii error
• "带误差" 英文翻译 :    tape errors
• "滴误差" 英文翻译 :    drop error
• "第误差" 英文翻译 :    control error; control swing
• "点误差" 英文翻译 :    point error
• "多误差" 英文翻译 :    multiple error◇多误差校正码 multiple-error-correcting code
• "负误差" 英文翻译 :    negative error
• "恒误差" 英文翻译 :    constant error
• "碱误差" 英文翻译 :    alkali error; alkaline error; alkaloid error
• "角误差" 英文翻译 :    angle error; angular divergence; misalignment◇角误差检测器 angle-error detector; 角误差灵敏度 angle-error sensitivity; 角误差显示器 angular error indicator
• "径误差" 英文翻译 :    multipath error
• "零误差" 英文翻译 :    zero error; zero-error
• "码误差" 英文翻译 :    code error
• "钠误差" 英文翻译 :    sodium error alkaline error
• "偏差，误差" 英文翻译 :    deviation
• "全误差" 英文翻译 :    total error
• "色误差" 英文翻译 :    chromatic error
• "实误差" 英文翻译 :    real error

• As far as the system observation for accuracy evaluation of carrier rocket is concerned , there may exist different types of observed data and priors . heterogeneous information means that the different information describing the different characteristics of the same object . since all of the information is relevant to the same object , the fusion is possible . it is a key problem that how to fuse the heterogeneous information to obtain the better evaluation result . therefore , the different heterogeneous information and data is thoroughly studied , moreover , the mathematical description for information fusion of different parameter priors and data is constructed in this paper . based on their relationship between different parameters , indirect prior and observation data is transformed into prior in impact point observation space , which is fused with original prior by weight determined by maximum entropy rule to obtain the mixed posterior distribution . therefore , the test results can be given by combining posterior distribution and impact error observed data . then its application on evaluating guidance systematic error is elaborated as it applies trajectory tracking data , test value of coefficients of guidance instrumentation systematic error , impact point observation data and prior . especially , the advantage of this method lies in its application in case that guidance instrumentation systematic error may not be computed precisely . finally a detailed example on evaluation of carrier rocket is given to verify the theory
  为充分利用运载火箭观测中的不同观测空间和过程的信息来进行精度评估,针对该背景建立了异质先验融合的数学描述.研究了飞行试验中不同观测空间和过程的异质先验信息和数据,基于不同观测过程的解析关系,将间接过程的先验和观测数据算出的后验分布转换成落点观测空间上的先验,与原落点的先验进行了最大熵加权融合,得到混合后验分布,从而结合落点观测数据给出评定结果.在无法解算出精确的制导工具误差系数的情况下,这种方法充分利用了弹道跟踪数据、工具误差系数的地面测试先验值、落点先验及落点数据,稳健性更好,准确性更高