模糊錯誤 的英文怎麼說

中文拼音 [móhúcuòwù]
模糊錯誤 英文
ambiguity fallacy
  • 模 : 模名詞1. （模子） mould; pattern; matrix 2. （姓氏） a surname
  • 糊 : 糊名詞（樣子像粥的食物） paste
  • 錯 : Ⅰ形容詞1 （錯誤; 不正確） wrong; mistaken; erroneous 2 （用於否定: 壞; 差） bad; poor 3 （交叉; ...
  • 誤 : Ⅰ名詞（錯誤） mistake; error Ⅱ動詞1 （弄錯） mistake; misunderstand 2 （耽誤） miss 3 （使受損害...
  • 模糊 : 1 （不清楚） dim; vague; indistinct; obscure; fuzzy; blurred 2 （混淆） blur; obscure; confuse; m...
  • 錯誤 : 1 （不正確） wrong; mistaken; incorrect; erroneous 2 （不正確的事物、行為等） mistake; error; blu...
  1. Marvel at cryptic error messages

    對含義模糊的錯誤消息感到驚奇！
  2. The third part mainly analyses the cause of m & as failure in china, in general, they are : firstly, the boundary of government behavior and enterprise behavior is unclear, and results in main body alternates, secondly, imperfection of policy and law restricts m & as, thirdly, enterprises lacks strategical insight, misunderstands economies of scale, fourthly, excess irrelative diversification management in order to evade risks, fifthly, lack m & as core competence oriented thoughts, sixthly, conformity implement after m & as does not attain recognition

    第三部分著重分析了我國企業並購失敗的原因，概括起來有以下幾點：第一、政府行為和企業行為邊界模糊，導致主體錯位。第二、政策法規不健全，對企業兼并收購形成制約。第三、企業缺乏戰略眼光，誤入規模經濟誤區。
  3. We analyze the classifying results based on the fuzzy text classifying, think the wrong classifying results can be divided into two styles, and we propose a subordinative degree update algorithm aim at the two instances. combined the nizzy semantic relationship classifying algorithm, we propose the gradual classifier construction algorithm through checkouting and correcting the wrong results constantly with the update formula.

    在模糊文本分類的基礎上，對分類結果進行了分析，將分類錯誤歸結為兩種類型，並針對這兩種情況提出了隸屬度更新演算法，結合模糊語義關聯度的分類演算法提出了運用更新公式不斷對分類結果進行校驗糾錯進而逐漸地構造分類器的演算法。
  4. Z - tranformation augmented fasf algorithm proposed in the dissertation can reduce the search space of integer ambiguity effectively, improve the effiency and real - time processing ability of integer ambiguity resolution ; it is essential to analyse the reliability of integer ambiguity after it was fixed, the ratio test algorithm proposed in the dissertation can reduce the time to fix new integer ambiguity after wrong fixes are detected ; to reduce further the number of epochs required for ambiguity resolution, that the baseline length constraint information which acts as observables is used to do kalman filtering to speed up ambiguity resolution is proposed

    本文提出的z變換增強fasf演算法能有效的減小模糊值搜索空間，提高整周模糊值解算的速度和實時性；整周模糊值確定后，需要對整周模糊值的可靠性進行分析，本文提出的比率檢測演算法能有效的減少整周模糊值錯誤確定后整周模糊值二次解算所需要的時間；為了進一步減少整周模糊值解算所需的歷元數目，本文提出把基線長度先驗信息作為觀測量進行卡爾曼濾波輔助整周模糊值求解。
  5. The structure system of this paper is : first to introduce the historical background and relevant definition of decision - making ; then to present the theory frame of error - eliminating and pave the way to follow - up chapters ; the following chapter is core content of this paper : first of all, the relevant definition and characteristics of change of time and space based fuzzy error system are put forward, and then detailed discussions on time delay, mutation, interaction, error category, extreme value of error system and transformation words of error system are conducted

    本論文結構體系為：首先系統介紹了決策相關的歷史沿革以及相關的定義和理論；其次介紹了消錯學的理論框架，為后續章節的論述作好鋪墊；再者是本文的的核心部分：首先引入基於時空變化的模糊錯誤系統的定義及相關的性質，而後在各節中分別探討了模糊錯誤系統的時滯，熵變，突變；以及決策錯誤種類分析，錯誤的相互作用，模糊錯誤系統的極值和模糊錯誤轉化詞的應用。
  6. In angle measuring, an antenna configuration and interferometer ambiguity - resolving algorithm are proposed, and to eliminate the error caused by carrier phase error, a correction method is introduced, through which all ambiguity - resolving error can be recognized and he corrected even when the error probability is up to 0. 42

    在測角中，提出了一種干涉儀天線陣結構和干涉儀解模糊演算法，針對通道載波相位誤差可能引起的解模糊錯誤，又提出了一種糾正方法，模擬顯示，在發生解模糊錯誤的概率高達0 . 42的情況下，該方法仍然可以識別並糾正所有解模糊錯誤。
  7. As these methods exist shortages, advanced diagnosis strategy is presented, which combines the fuzzy neural network instead of fuzzy inference to rules inference. the problem of accuracy ratio decline because of roughness of fuzzy synthesizing algorithm has been solved. an example of car diagnosis is given and validity of this method has been proved

    因此本章提出了以模糊神經網路代替模糊推理並與規則推理相結合的先進診斷策略，解決了因模糊合成演算法的粗糙性使診斷成功率下降或診斷錯誤的問題，並給出了一個車輛故障診斷實例，驗證了上述方法的正確性和有效性。
  8. Based on it, common errors of fuzzy control were pointed out, and a new kind of design and optimization method of fuzzy control was presented

    在此基礎上，指出了模糊控制規則設計中一種常見的錯誤，並提出了基於時間最優控制的模糊控制規則的制定和優化方法。
  9. Ain t no turns given, niggaz be twistin and takin shit

    為自己犯點錯誤也不要愛恨模糊
  10. Packaging date is wrong, fuzzy replace the logo used on the identification of the laser device, detection was also found on the outer ring of these bearings have no oil groove

    包裝日期是錯誤，模糊的標識取代了正品上常用的激光圖案，檢測員還發現這些軸承外圈上沒有任何潤滑油溝。
  11. Never blame a camera for not knowing everything or making a wrong exposure or fuzzy image

    絕對不要去責怪你的相機怎麼會不懂攝影，居然拍出錯誤的曝光或是拍出不符要求的模糊影像。
  12. The traditional one associates one measurement to each target, which ignores the uncertainty and fuzziness induced by noises. it is easy to get a fault association result when the targets are located densely. the proposed algorithm introduces the idea of probabilistic data association algorithm

    傳統的模糊數據關聯演算法對每個目標分配一個點跡作為其該時刻的測量點跡，它忽略了噪聲及干擾所帶來的信息不確定性及模糊性，在目標密集時易產生關聯錯誤。
  13. Plenty of diagnosis examples demonstrate the validity of the gray relationship analysis method in diagnosing power system insulation faults. not only the misjudgment rate can be reduced, but also the transformer fault incidences can be classified by using self - adapted weight fuzzy clustering method. further more, the transformer insulation condition can be analyzed, as well as the fault position can be located by recognizing the fault types

    經過大量的診斷實例表明：本文的模糊綜合診斷與模糊規則推理結合起來的故障診斷方法對電力研究變壓器絕緣故障診斷是有效的，能大大減少錯判、誤判比率；自適應加權模糊聚類方法能對變壓器的故障樣本正確分類，同時能有效判別故障類型，診斷的準確性大大高於常用的三比值法。
  14. In this dissertation, put forward a practical modal to forecast the probability of human error and analyze the effect of reliability as a result of human error based on the analysis of cause and effect of human error during construction ; put forward the model of considering the effect of human error and the practically method of calculate fuzzy - random reliability considering the effect of human error ; popularize the theory of traditional random reliability to the theory of fuzzy - random reliability, and discuss the theory of reliability of the whole - course in structural life ; put forward the countermeasure to reduce human error according to the fact

    本文通過對施工過程中人為錯誤的因果分析，建立了比較實用的人誤概率預測模型，分析了施工過程中人為錯誤對結構可靠度的影響；提出了考慮人為錯誤影響的結構模糊隨機可靠度的模型和實用的計算方法，將傳統的隨機可靠度理論推廣到模糊隨機可靠度理論；還探討了結構生命全過程可靠度理論，並結合實際情況提出了減少人為錯誤的對策。
  15. 4 the company shall have no liability to the client for any loss, damage, costs, expenses or other claims for compensation arising from any input material or instructions supplied by the client which are incomplete, incorrect, inaccurate, ambiguous, illegible, out of sequence or in the wrong order or arising from their late arrival or non - arrival or any other fault of the client

    公司對因客戶提供的輸入材料或指示不完整、不正確、不準確、不明確、字跡模糊、無順序或次序錯誤、遲交或不交，或因客戶其它過錯引起的損失、損害、開支、費用或其它賠償要求概不負責。
  16. Basic concepts, technical terms and applications of geological theory related to engineering geology are deeply discussed together with a practical project, and all mistakes and blurred understanding of them are corrected and clarified in this paper

    摘要本文針對工程地質工作實踐中碰到的幾個有關工程地質的基本概念與術語以及地質理論的應用問題，結合工程實際工作展開討論，糾正與澄清有關錯誤與模糊認識，供工程地質工作者借鑒與參考。
  17. The application of the three damage identification techniques above for simple supported beams and cantilever beams confirm that vague or wrong location will occur in the damage location method based on flexibility difference, and the curvature modal method need not rely on the structural parameter before the damage, but has the hidden trouble of vague location for small damage

    將以上三種損傷識別技術應用於簡支梁、懸臂梁的模擬損傷識別，證實了基於柔度差值的損傷定位方法存在模糊或者錯誤定位的問題，曲率模態法可以不依賴損傷前的結構參數，但對于小損傷也存在模糊定位的隱患。
  18. The other is that when the extending areas of the samples overcross, wrong classification of the samples will occur. as for the first problem a genetic algorithm is used to improve the process of the best parameters " finding. and as for the latter a kind of improved hamming net which uses supervised and unsupervised learning method is employed

    針對模糊hamming網路在應用中存在的參數調整效率低下以及難以保證參數最優的問題，提出了應用遺傳演算法進行參數調整的改進方法；針對該網路在樣本離散范圍發生交疊情況下導致歸類錯誤的問題，研究了對于不同模式採用不同的警戒參數的有監督無監督混合學習的改進演算法。
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