probability n. 1.或有;或然性。 2.【哲學(xué)】蓋然性〔在 certainly 和 doubt 或 posibility 之間〕。 3.【數(shù)學(xué)】幾率,概率,或然率。 4.或有的事;可能的結(jié)果。 5.〔pl.〕〔美俚〕天氣預(yù)測。 What are the probabilities 有幾分把握? The probabilities are against us [in our favour]. 趨勢對我們好像不利[有利]。 hit probability 命中率。 in all probability 很可能,大概,多半,十之八九。 probability of (missile survival) (飛彈不被擊落的)概率。 The probability is that ... 大概是…,很可能是…。 There is every probability of [that] ... 多半有,多半會。 There is no probability of [that] ... 很難有,很難會。
maximum n. (pl. maximums, -ma ) 極點,最大,最高,最高額,最大值;最高點;最大限度;【數(shù)學(xué)】極大(值)(opp. minimum)。 The excitement was at its maximum. 興奮到極點。 adj. 最大的,最高的,頂點的,最多的。 maximum draught [draft] 【航?!孔畲蟪运疃?。 maximum obscuration 【天文學(xué)】蝕甚。 a maximum range 最大射程。 a maximum thermometer 最高溫度計。
A method of recognizing color grain image based on maximum probability 基于最大概率和色彩信息的物粒圖像識別
Application of maximum probability approach to the fault diagnosis of a servo system 最大概率方法在伺服系統(tǒng)故障診斷上的應(yīng)用
By choosing the segmentation path that has the maximum probability , it can eliminate most of the segmentation ambiguations 通過選擇概率最大的切分路徑可以消除掉大部分的切分歧義。
The probabilities of correct identification are combined across multiple peptide searches using a function that returns the maximum probability from consensus identifications , and penalizes non - consensual identifications 肽段的正確或者錯誤鑒定都認(rèn)為是肽段空間中的隨隨機事件,與一些參數(shù)相關(guān),例如蛋白質(zhì)長度,蛋白質(zhì)的估計濃度,數(shù)據(jù)庫大小,數(shù)據(jù)集中鑒定的肽段數(shù)目。
As far as kasumi algorithm is concerned , we get the maximum probability of differential and linear through computing the s7 box and s9 box ' s differential and linear probability . thus , we prove it is secure against differential and linear cryptanalysis 在kasumi算法的分析中,首先計算出s7盒與s9盒的最大差分概率和最大的線性概率,最后計算出整個算法的最大差分概率和最大線性概率,進(jìn)而證明了該算法是抗差分分析和線性分析的。
Then it was necessary to study the matrix crack and delamination damages in detail , which occurred with the maximum probability and played the most important role on fwc failure . two models about damage analysis were established b y using energy method and shear lag method . the mechanism of damage and the effect to structure performance caused by damage are studied further 在此基礎(chǔ)上,深入地研究了殼體損傷發(fā)生概率最大、而危害又相當(dāng)明顯的典型損傷類型? ?基體開裂和分層損傷,分別采用能量法和剪切滯后方法建立基體開裂和分層損傷的模型,對損傷的機理和損傷對殼體性能的影響進(jìn)行了深入的研究。
Then , with respect to the objective of minimizing the total experimental cost , the optimal test plan ( including the sample size , inspection frequency , and the termination time needed by the classification rule for each of competing designs ) is derived by solving a nonlinear integer programming with a minimum probability of correct classification and a maximum probability of misclassification 首先,我們提出一種具直觀優(yōu)點的分?法則,然后以總試驗成本的最小化為目標(biāo),并賦予一正確分?的最小機?要求和錯誤分?的最大容許機? ?個限制條件,以決定出在所提出的分?法則下,各競標(biāo)設(shè)計樣式所需的樣本? 、 ?測頻?和試驗終止時間的最佳組合。
We make the following assumption for when 2 is positive definite matrix , different estimators about matrix of regression coefficients and inefficiency of least squares estimate have been discussed in many documents . considered 2 is nonnegative definite matrix , this thesis derives best linear unbiased estimate of parameter matrix b and estimable parameter function kbl under the meaning of matrix nonnegative definite and the property of maximum probability of blue is investigated . next , we discuss some necessary and sufficient conditions of the equality of the lse and blue , then we derive the estimation of the deviation bet - ween the least squares and the best linear unbias estimators of the mean matrix , meanwhile a relative efficiency of lse ofb is proposed and its bound is given 當(dāng)0時,眾多文獻(xiàn)討論了回歸系數(shù)陣的各種估計及l(fā)se的有效性,本文考慮了當(dāng)0的情形,給出了回歸系數(shù)陣b及其可估參數(shù)函數(shù)kbl的在矩陣非負(fù)定意義下的最優(yōu)估計( blue ) ,研究了它的一個最大概率性質(zhì),并且討論了最小二乘估計成為最佳線性無偏估計的充分必要條件,在此基礎(chǔ)上給出了均值矩陣的最小二乘估計與blue的偏差估計,定義了lse相對于blue的一個相對效率,并給出了它的界。
From top level event fault , every level events " ineffective rate and unreliability limit are calculated and sorted by maximum probability of occurred faults in each level , the sequence of the bottom - event is arranged , and then the most probably happened bottom - event correspond to the specific top - event is found rapidly 從頂事件開始,計算各級故障的失效率和不可靠度,按照各級故障發(fā)生的最大概率,排列出底事件序列,迅速找到某一頂事件最可能對應(yīng)的底事件,實現(xiàn)智能故障分析與診斷。
The main research work and achievements in the dissertation are given as follows : 1 using dynamic programming techniques and two different criterions ( maximum probability of hit criterion and maximum expected no . of penetrators criterion ) , the author investigates optimal allocation of tactical missiles between a primary target and a secondary target under the condition that the primary target is defended by the secondary target ( only " normal " defensive mode can be used by the defender ) , presents the optimal policy of tactical missiles attacking the primary target 本文所進(jìn)行的研究工作和取得的創(chuàng)新性成果主要為: 1利用動態(tài)規(guī)劃理論和兩個不同的準(zhǔn)則(最大命中概率準(zhǔn)則和最大期望突防數(shù)量準(zhǔn)則) ,研究了一個主要目標(biāo)在一個次要目標(biāo)防衛(wèi)下(次要目標(biāo)采用“常規(guī)”防守模式) ,戰(zhàn)術(shù)導(dǎo)彈對這兩個目標(biāo)打擊的優(yōu)化分配問題,給出了導(dǎo)彈對目標(biāo)打擊的最優(yōu)分配策略。