free variable 中文意思是什麼
free variable
解釋
自由變量-
A mind free of any consideration of the problems or forces of the world and actuated not by greed, but an insatiable love of variable pleasure.
一顆對人世的力量和問題毋須顧慮的心靈，不是為貪得，而是為無厭地追求五花八門的快樂而活動的。 -
The blastn results show that gyn - 15 is closely related to a symbiont of anemones, s. californium, and the free - living strain, gymnodinium varians. sequence comparison show that the similarities among each part of the sequences from these three strains are all above 99 %. phylogenetic reconstruction with neighbor - joining ( nj ) method using sequences of variable regions ( v1 + v2 + v3 ) of ssu rdna indicated that gyn - 15, s. californium and g. varians form a new clade with 100 % bootstrap support
以ssurdna序列中的三個可變區（ vz + vz + v3 ）和鄰接法困eighbor一joiningmethod ， nj法）構建共生甲藻屬的系統進化樹表明， gyn一巧與5 . cal扣rnium和g . varian :在共生甲藻屬內構成一個獨立的、自檢支持百分率為100 %的子類群（ clade ） ，根據這些結果可將gyn一巧初步鑒定為屬于共生甲藻屬。 -
Chapter 2 discusses the simple financial market consist of only one basic risk simple asset ( as a random variable, its return is simple, i. e., takes only finitely many different values ) and one risk - free asset
第二章討論以簡單的風險資產，即覷回嗣以鰱多有限種不同的可湘的風險資班為基本資產的市場。 -
By exposing new low - level coordination primitives internally, and providing a set of public atomic variable classes, it now becomes practical, for the first time, to develop wait - free, lock - free algorithms in the java language
通過內部公開新的低級協調原語，和提供一組公共原子變量類，現在用java語言開發無等待、無鎖定演算法首次變為可行。然後， java . util . concurrent -
The effects of interfacial resistance, superheating, free convection due to both temperature and concentration gradients, mass diffusion and thermal diffusion, and variable properties in both the liquid and gas - vapor regions were considered
分析中，考慮了相間阻力、液膜波動、蒸汽過熱度、因溫度和濃度梯度引起的自然對流、質擴散和熱擴散以及物性的變化。 -
You need at least 1389 kb to copy the installation files to c : docume ~ 1 raymond locals ~ 1 temp. free some space or set the temp enviroment variable to another drive
在另外四臺機上試過，兩臺可以正常安裝，兩臺也出現同樣情況。嘗試過刪除temp目錄下的文件，也嘗試過更改環境變量的路徑，問題依然存在。 -
Firstly, in the paper a family of integral solution representing ultrashort pulsed beam propagating in free space have been studied by using the co - moving frame coordinates and the fourier transformation for time variable in terms of well - known paraxial approximation. and the pulsed gaussian - like beam solution can be obtained as a especial solution of the integral solution, where including the pulsed gaussian beam
首先利用傅立葉變換和惠更斯-菲涅爾衍射積分公式，我們給出了傍軸標量場近似下超短脈沖光束傳輸的基本積分解，並進一步得到了用卷積形式表示的脈沖類gauss光束解（ pulsedgaussian - likebeam ）的普遍形式解。 -
Meanwhile, design methods of chattering - free in the discrete - time systems are expounded and the strategies of robust control for the discrete - time variable structure control systems are discussed in emphasize, especially the robust discrete - time variable structure control strategy with the reaching law based on discrete attenua ting rate control
同時，闡述了離散系統變結構無抖振控制的設計方法。論文重點討論了離散系統魯棒變結構控制方法，特別是應用離散衰減變速趨近律實現的魯棒控制策略。 -
It is observed experimentally and algorithmically that when training data are noisy and overlapping, many support vectors have lagrange multipliers on the upper bound. if it were known beforehand which examples are bound support vectors, these examples could be removed from the training set and their values are fixed at the upper bound. due to the reduced free variable counts, this method is promising to improve training time
實驗和演算法推導顯示在強噪聲和類間重疊數據下訓練svm得到的支持向量很多處于邊界位置，如果我們能夠預先知道哪些樣本是邊界支持向量，這些邊界支持向量的值就可以被固定在邊界處，從而不參加訓練過程，這樣，訓練過程中要優化的變量就可以減少，運行時間也可以縮短。 -
If the svcename variable is not set on the server, you will need to set it to a free port, followed by a restart of db2
如果未在服務器中設置svcename變量，需要將其設置為空閑埠，然後重新啟動db2 ： -
This thesis proposes one kind of variable universe fuzzily variable the structure terminal guidance law to realize vertical precise attack. this thesis also proposes the circle projection matching algorithm, which solves matching problem of the pictures with the free angle revolved. at the same time, the thesis has analyzed the influence to the circle projection matching algorithm of the noise, the illumination and the change of gradation
本文還提出了的圓投影匹配演算法解決了任意角度旋轉的景象匹配問題，同時對噪聲、光照以及灰度變化對圓投影匹配演算法的影響進行了分析，重構了圓投影匹配演算法，使該方法對噪聲、光照以及灰度變化等具有很好的適應性。
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