表的隸屬關系 的英文怎麼說
中文拼音 [biǎodelìzhǔguānxì]
表的隸屬關系
英文
list membership- 表 : Ⅰ名詞1 (外面;外表) outside; surface; external 2 (中表親戚) the relationship between the child...
- 的 : 4次方是 The fourth power of 2 is direction
- 隸 : Ⅰ動 (附屬) be subordinate to Ⅱ名詞1 (被奴役的人) a person in servitude; a lowly person 2 (衙...
- 屬 : 屬名詞1 (類別) category 2 [生物學] (生物分類系統上所用的等級之一) genus 3 (家屬; 親屬) fami...
- 關 : Ⅰ動詞1 (使開著的物體合攏) close; shut 2 (圈起來) shut in; lock up 3 (倒閉; 歇業) close down...
- 系 : 系動詞(打結; 扣) tie; fasten; do up; button up
- 隸屬 : be subordinate to; be under the jurisdiction or command of
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Phylogenetic analysis surports that anseranas should be placed in monotypic family anseranatidae, and the whistling ducks and the white - backed duck should be separated from subfamily anserinae and placed them into family dendrocygnidae. the family anatidae could be classified into two subfamilies, anserinae and anatinae. the results approve that the swans should be put into the tribe cygnini of subfamily anserinae as suggested by livezey ( 1996, 1997b ) and the shelducks should be placed in the tribe tadornini of subfamily anatinae, therefore, our results do not support sibley and ahlquist ' s ( 1990 ) establishment of the subfamily cygninae and placing the shelducks in the tribe anserini
研究結果表明: 1 )雁形目鳥類12srrna基因有較多的堿基插入和缺失,堿基轉換數高於顛換數; 2 )贊同將鵲鵝( anseranas )置於鵲鵝科( anseranatidae )中,樹鴨( dendrocygna )應從雁亞科( anserinae )中獨立出來設立樹鴨科( dendrocygnidae ) ,白背鴨( thalassornis )隸屬于樹鴨科; 3 )鴨科( anatidae )可分為雁亞科和鴨亞科( anatinae ) 2個亞科,不贊同sibley & ahlquist ( 1990 )設立天鵝亞科( cygninae )及將麻鴨歸入雁族( anserini )的觀點,支持livezey ( 1996a , 1997b )的觀點建議將天鵝類歸為雁亞科天鵝族( cygnini ) ,麻鴨置於鴨亞科下麻鴨族; 4 )在鴨亞科內的系統發生上,潛鴨最早分歧出來,麻鴨、海中文摘要鴨及棲鴨彼此iaj的親緣關系較近;河鴨族為一單系發生群,在系統演化中形成獨立的一支。In order to improve the reasoning algorithm in multiple value causality diagram, which could not deal with the fuzzy case, a fuzzy reasoning algorithm was presented. it extended the definition of the multiple value causality diagram with fuzzy. the fuzzy mapping relation between every event variable and every reader variable was made
該演算法對多值因果圖進行了模糊擴展定義,使每個基本事件或節點事件變量對應一個能夠連續取值的讀數變量,在讀數變量和事件變量之間建立模糊對應關系,用讀數變量的取值相對於事件變量各狀態的隸屬度函數來表達模糊知識。Affiliation : to be a working committee under the standing committee of the national people s congress
二隸屬關系:是全國人民代表大會常務委員會下設的工作委員會。In the course of modeling, we present multi - step generalized gradient method and multi - stage curve fitting technique, prove convergence of multi - step generalized gradient method by using differential equation stable theory, analyze the error of multi - stage curve fitting technique by using inner space, creat knowledge base of water network system by using the maximum subordinate principle of and near - select principle of pattern recognition. at last we make the optimal running scheme of water network system based on heuristic search technique of artificial intelligence and global feedback immediate coordination method of large scale system theory
在建立系統模型的過程中,提出了多步廣義梯度法和多層曲線擬合的建模方法,並用微分方程穩定性理論證明了多步廣度梯度法收斂性,用內積空間的有關知識對多層曲線擬合進行誤差分析;應用模糊數學中的最大隸屬度原則和模糊識別中的擇近原則和人工智慧中狀態空間表示法建立注水系統的知識庫;用人工智慧中的啟發式搜索技術和大系統理論中的具有全局反饋的直接協調法制定注水系統的優化運行方案。The paper contains two segments : static and dynamic detection, evaluation and alteration. static monitoring contains apparent and load detection. the model of multi - layer fuzzy evaluation and the bridge using capability grade membership function are used in the appraisal of the bridge technical condition of the highroad criterion technic and maintenance, and then the data and excel of the bridge compontents. the bridge grade membership function can be deduced from the factor theory domain. grade theory domain and the bridge using capacity grade membership function, then by baseding the connection of weigh and factor judgement matrix and judging gradually, finally the bridge comprehensive evaluation synthetical judging grade will be figured out
在表觀檢測中將多層次模糊評價模型和橋梁使用性能等級隸屬函數引入《公路技術養護規范》中的橋梁技術狀況等級評定中,並對此規范中的橋梁部件缺損狀況評定狀況進行修正;通過建立因素論域、等級論域以及根據王光遠教授提出的利用典型函數形式來建立橋梁使用性能等級隸屬函數,通過權重和因素評判矩陣的關系來運算,逐級評判,最終求出橋梁綜合評判等級。Fuzzy system lacks self - study ability and its membership functions and fuzzy rule are chosen by experts subjectivity, and input / output relation obtained by neural network can not be expressed in acceptable way and exists the quality of absoluteness, all of which make diagnosis result not live up to the fact
模糊系統缺乏自學習能力,隸屬度函數和模糊規則的選取帶有一定的主觀性且依賴于專家;神經網路所獲得的輸入輸出關系無法用容易被人接受的方式表示出來,存在非此即彼的絕對性,使診斷結果與實際情況不符。The exact express of the intersection and union of the fuzzy sets defined by the rough membership function is given. two extension model of rst are introduced and their characters are discussed. we also discover the changes of the upper ( lower ) approximation after the attributes were added to or removed from the original attribution set
首先得到了由粗糙隸屬函數所定義模糊集的交與並的確切表達,改進了以往文獻的結果;其次,提出了兩種粗糙集的擴展模型,並對這兩種模型的性質進行了討論;最後,得出了屬性集增加或刪除屬性後集合的上下近似的變化關系。By the model knowledge is expressed as fuzzy membership matrix, it is convenient for use of relation database system and decision of alternative plans
將加工方案選擇知識以模糊隸屬度矩陣的形式表達,便於採用關系數據庫存儲,推理過程通過模糊關系運算實現,便於多加工方案的決策。What is more, based on the computing model of the finishing time per piece of flow shop scheduling in the parallel movement, the paper analyzes the subordinate function of its finishing time per piece in respective conditions of definite due date and fuzzy due date, and mutual relationship of two objective functions between minimization of delayed term and maximization of general satisfaction, pointing that the former is the subset of the latter. and representing the satisfaction level of the manager toward finishing time of the piece with the subordinate function of fuzzy due date, making general satisfaction level as objective function, the paper accordingly sets up a mathematical model in the condition of fuzzy due date, and designs a computer simulating system in light of genetic algorithm to carry on an emulation experiment
在平行順序移動方式下flowshop調度問題的工件完工時間的計算模型基礎上,分析了帶固定交貨期和模糊交貨期時該問題的工件完工時間的隸屬函數,及總拖期最小化和總滿意度最大化這兩個目標函數的相互關系,指出前者西南交通大學博士研究生學位論文第頁問題是後者問題的一個子集,用每個工件模糊交貨期的隸屬函數表示決策者對該工件完工時間的滿意度,以總滿意度為目標函數,相應地建立了該問題下帶模糊交貨期的數學模型,設計了一個基於遺傳演算法的計算機模擬系統進行模擬試驗,結果是令人滿意的。分享友人