error n. 1.錯(cuò)誤;失錯(cuò)。 2.謬見,誤想;誤信;誤解。 3.罪過。 4.【數(shù)學(xué)】誤差;【法律】誤審,違法;(棒球中的)錯(cuò)打。 commit [make] an error 犯[出]錯(cuò)。 correct errors 改正錯(cuò)誤。 a clerk's [clerical] error 筆誤。 mean errors 標(biāo)準(zhǔn)誤差。 a writ of error 【法律】(推翻錯(cuò)誤原判的)再審命令。 nature's error 天生畸形。 in error 弄錯(cuò)了的;錯(cuò)誤地。 errors of commission [omission] 違犯[疏忽]罪。 fall into error 誤入歧途。 nature's error 天生畸形。 adj. -less 無錯(cuò)誤的,正確的。
Not to be under estimated is the human error factor 不要低估人的錯(cuò)誤因素。
Identification of human error factors in venture capital 風(fēng)險(xiǎn)投資中人因失誤因素的識(shí)別研究
It can optimize the process of piezoresistive sensor calibration and compensation , then , a total error factor within 0 . 2 % of the sensor s repeatability errors is obtained 通過該芯片的補(bǔ)償,可以使硅壓阻式傳感器的重復(fù)性誤差小于0 . 2 % 。
The impact of the effective resist diffusion length to the exposure latitude and mef ( mask error factor ) for the 0 . 13 m photolithography and beyond is presented 展示了在0 . 13 m及以下工藝中等效擴(kuò)散對(duì)能量裕度和掩模版誤差因子的影響的研究結(jié)果。
The issues of consistency , temperature shift and non - linearity are solved by the system which is composed of hardware and software . an output error factor of silicon piezoresistive sensor is achieved within 0 . 2 % 該系統(tǒng)由硬件和軟件兩部分組成,主要解決了它的一致性、溫度漂移和非線性等問題,使硅壓阻式傳感器的輸出精度達(dá)到了0 . 2 %以內(nèi)。
The mca7707 is a special sensor signal processor optimized for piezoresistive sensor calibration and compensation . achieving a total error factor within 0 . 2 % , the mca7707 compensates temperature errors and non - linearity of silicon piezoresistive sensors Mca7707是一種專用傳感器信號(hào)處理器,它可以補(bǔ)償硅壓阻式傳感器的溫度誤差和非線性誤差,使傳感器總的精度達(dá)到0 . 2以內(nèi)。
With the development task background of ctr200g precision centrifuge , the acceleration error factors of centrifuge system are qualitatively analyzed theoretically at first and also quantitatively calculated by means of finite element method , therefore , the structural optimum design problem of the load pan is proposed 論文以“ ctr200g型精密離心機(jī)”的研制任務(wù)為背景,首先從理論上對(duì)引起離心機(jī)系統(tǒng)加速度誤差的因素進(jìn)行了定性分析,并且采用了有限元方法對(duì)其進(jìn)行了定量計(jì)算,由此提出了負(fù)載盤結(jié)構(gòu)優(yōu)化設(shè)計(jì)的問題。
Identified human error factors by using multi - view human error factor identification method , set up a detailed factor distinguish form ; divided the behavior of people into 5 periods of stage , namely systematic state monitor stage , state analyse stage , goal analyse stage , scheme confirm stage and behavior carry out stage , analysed the possible causes and modes of human error at each stages separately ; take organization ' s view as an example , according to human error factor distinguishing , human error causes and modes analysis results , explained the construction course of the factor tree , and got an intact human error factor tree finally 摘要運(yùn)用人誤因素辨識(shí)多視圖法進(jìn)行因素辨識(shí),建立了詳細(xì)的因素辨識(shí)表;把人的行為分為系統(tǒng)狀態(tài)監(jiān)測(cè)、狀態(tài)分析、目標(biāo)分析、方案確定和行為執(zhí)行5個(gè)階段,分別各個(gè)階段可能的人誤原因及模式;根據(jù)因素辨識(shí)和人誤原因及模式,分析結(jié)果,以組織視圖為例闡述人誤因素樹的構(gòu)建過程,最終得到了一個(gè)完整的人誤因素樹。
What flow is that , we use model simulation to analyze the em algorithm contraction ratio . through network simulating , we analyze the factors which can influence loss inference algorithm accuracy like measurement strategy or routing algorithm . we analyze the accuracy and contraction characteristic of multicast - based direct algorithm and em algorithm , and compare the error factor between them 實(shí)驗(yàn)中通過網(wǎng)絡(luò)仿真模型,確定了em算法的收斂速率;研究了不同測(cè)量策略和路由器擁塞避免算法對(duì)丟包率推理算法準(zhǔn)確率的影響;分析了單點(diǎn)多播的de和em算法準(zhǔn)確性、收斂性等特征,通過比較兩種算法的統(tǒng)計(jì)誤差,得出em算法略優(yōu)于de算法的結(jié)論。
In order to establish properly testing system , instrument bus such as gpib and vxi , and corresponding instrument language such as scpi are also specified . 3 . the measurement result and corresponding error factor are gived . the uncertainty of measurement result are discussed and some formal data files are also formed 要實(shí)現(xiàn)的最終目標(biāo)是建立一套針對(duì)于中電29所研制的雷達(dá)變頻組件的測(cè)試裝置,并建立相應(yīng)的不確定度分析文件,對(duì)已有雷達(dá)變頻組件的性能參數(shù)進(jìn)行綜合的檢定。