scaling process 中文意思是什麼

scaling process 解釋
按比例縮放過程
  • scaling : n. 1. 起皮；去銹。2. 結成水垢。n. 1. 〈古語〉攀登；升高。2. 測量；推列；繪制。3. 【電學】定標；電子法計算電脈沖。
  • process : n 1 進行，經過；過程，歷程；作用。 2 處置，方法，步驟；加工處理，工藝程序，工序；製作法。3 【攝影...
  1. Furthermore, the dq value ranges of profile multifarctal spectra in different landform types and in different directions of the same sections perform different properties and anisotrpies. it can be concluded that the landscape fractal properties depends closely on the int ensity, manner and inhomogenity of exogenic and inogenic processess, and with the properties, we can study quantatively the dynamic geomorphic process. by using the same methods just above, local fractal dimensions d, crossover length tc and the multifractal spectra dq - q of two large - scale landform profiles ( across and along tianshan mountain ranges respectively ) are calculated. the results show that in the studied scaling range the two profiles perform different scaling properties, and both of them can be divided to three evident different linear scaling subsections

    不同類型地貌區二維地貌表面也表現出多度域分形特徵，而且隨著觀測尺度的增加，每個區間的分維值均表現為依次減小，表明外營力作用的影響逐漸被內營力作用所取代：不同類型地貌區在相應區間的分維值表現為高山區中低山區盆地區，體現了不同類型地貌表面粗糙性或復雜性的差異，因此分維值大小可作為地貌表面外營力侵蝕作用強度的重要指標：利用標度區的間斷點和各種地貌類型表面分維值或宏觀效應趨於一致，提出5 - 6km左右可作為地貌的宏觀臨界點，並且與利用地貌剖線研究所得到的5km這一數值是基本吻合的。
  2. In addition, the dq - q curves behave in different shapes. it can be concluded that the scaling properties depend colsely on the way, intensity. acting scale and distribution in space of inogenic and exogenic processes. according to the scaling natures of the two landform profiles, it is proposed that the 5km scale is the low limit of the inogenic process effects which begin to dominate landscape patterns in landform systems

    該結果對理論地貌研究具有重要意義：不同地貌類型表面的多重分形譜值域表現為高山區中低山區盆地區的總體特徵，地貌表面多重分形譜特徵表明了內外營力地貌作用類型和強度在空間上分佈的不均勻程度。
  3. According the characteristics of granulated crumb rubber asphalt mixture, the improved marshall test method is put forward to confirm the optimal asphalt content. in this process the anti - scaling ratio is considered

    對橡膠顆粒瀝青混合料組成材料的配比范圍、級配組成設計方法、最佳瀝青用量的確定方法等進行了研究。
  4. The scaling relations of conduction time and opening time with the plasma density, which are computed by a series of simulation results, show that, influence of plasma density on conduction time is greater than opening time. influence of cathode em itted electrons on conduction process, which is found to be more important when initial plasma density is low, is dependent of the initial plasma density. the penetration of a magnetic field into cylindrical middle - density ( 1013 / cm3 ) c + + and h + plasma with uniform and parabolic density profile, are examined with aid of pic simulation

    模擬得到的低密度（ 10 ~ （ 11 ） cm ~ 3 10 ~ （ 13 ） cm ~ 3 ）條件下導通和斷路時間與等離子體密度的定標關系曲線顯示：密度對于導通時間的影響遠大於對于斷路時間的影響；陰極電子對于peos導通過程的影響程度與初始等離子體密度有關，初始密度越大，陰極電子的影響就越小。
  5. In the process of programming, the scaling step is adopted to adjust the performance and efficiency of optimization, using the method of filtering inactive constraints to reduce the sensitivity analysis

    程序化過程中，為了提高演算法的效率，採用了射線步來調整結構性態；用準有效約束初選有效約束，以減少敏度分析。
  6. The thesis also involves some detailed techniques come across in the numerical simulation process of elastic dynamic fem analysis, and remarks the theoretical foundation and applications to them, which covers mass scaling, hourglass deformation mode and dimensional compatibility

    本文還對彈性動力學有限元數值計算過程中遇到的若干技術細節進行了深入分析與探討。這包括質量縮放技術對時間步長的影響、單位制對計算速度的影響以及單元剛度單點數值積分的沙漏模態控制技術等。
  7. Stpidflc ' s output scaling factors gu is adjusted on - line by fuzzy rules according to the current trend of the controlled process

    具有魯棒性的自整定模糊控制器的輸出比例因子gu是由另外一模糊規則庫根據被控過程的當前趨勢在線調整。
  8. This can be a complex process that includes choosing appropriate signal conditioners, isolation circuitry, filtering, scaling, formatting, etc

    這可能是一個復雜的過程，包括選擇合適的信號調理裝置、隔離電路、濾波、衰減、格式化，等等。
  9. This article shows a new method to construct symmetric compacted orthogonal wavelet packet basis ： the original compacted orthogonal wavelet basis and scaling function are decomposed into symmetric and anti - symmetric parts respectively ， then we prove that three of four parts is also wavelet basis and another is scale function. we find it simple to process 1 - d signal. finally, by these results above, all the results above are applied to dsp

    本文提出一種新的對稱化方法，把一大類緊支集實值的非對稱正交小波函數分解成對稱和反對稱兩部分，並證明了其相應的兩部分仍然構成對稱和反對稱的緊支正交小波基，而且我們發現尺度函數對稱和反對稱部分分別是某子空間的尺度函數和小波函數。
  10. The whole software is composed of four modules :, the scaling module, the hangingjgear, the process module. the three modules are independent, moreover they are interrelated, which make then arc - gear - capp is a whole process

    各個模塊既是獨立的，可以單獨調用其中的任何一個模塊；又是相互聯系的，構成一個整體，從而實現工藝規程的制定、機床掛輪的選擇、尺寸測量、精度與公差的選擇等完整的圓弧齒輪的加工過程。
  11. Thirdly, a modified extended chirp scaling ( ecs ) algorithm is presented, which solves the problem of producding fine focused images in the class of chirp scaling ( cs ) algorithm. lt can be used for uwb - sar imaging effectively. the phas e error produced by cs operation are analyzed. a windowed process in two dimension frequency domain before cs operation are proposed. it can improve the quality of image and widen the effectively swath and increase the peak to sidelobe ratio ( pslr )

    然後針對chirpscaling （ cs ）類演算法不能對參考點精確聚焦的問題，提出了一種改進的擴展cs （ ecs ）演算法，實現了對uwb - sar的高效成像；分析了cs操作產生的相位誤差，提出在cs操作之前在二維頻率域對信號加窗，除有效提高信號的峰值旁瓣比（ pslr ）外，還可以提高圖像質量，增加有效測繪帶寬度。
  12. Chapter 2 analyzes parallel process technology ' s actuality, the requirement of real - time process, and mostly guidelines of parallel process performance. chapter 3 discusses imaging algorithm - - - - - - chirp scaling algorithm theory as well as realization of ideal point target ; and then discuss the scalar of data and operation. chapter 4 discuss the fft and distributed matrix transposing, mostly about ( 1 ) discussed how to realize parallel fft, and evaluate the preformance of parallel fft ; ( 2 ) discuss another step ' s - - - - - - matrix transposing - - - - - - realization can divided into three steps : distributing, renewedly distributing and local transposing of matrix, and then discuss the time of process in detail

    第四章分別研究了cs演算法中的fft變換和分散式矩陣的轉置問題，主要有： （ 1 ）對cs演算法中運算量最大的步驟fft變換進行了并行性的提取，並對并行fft變換的演算法性能進行了評估； （ 2 ）分析並研究了cs演算法中另一不可或缺的步驟? ?矩陣轉置問題，提出矩陣分佈、重新分佈和局部轉置來實現矩陣轉置的并行化，並詳細分析了矩陣轉置的時間耗費問題。
  13. In this paper, ni - salicide process has been investigated intensively for the application to deep sub - micron coms devices. with the size of devices scaling, ni - salicide is more suitable for cmos devices than ti - salicide or co - salicide by improving salicide process

    隨著器件尺寸的進一步縮減，與傳統的ti 、 co自對準硅化物相比， ni自對準硅化物更能適用於cmos器件對硅化物的要求。
  14. 96 quantisation parameter : a variable used by the decoding process for scaling of transform coefficient levels

    量化參數：解碼處理中使用的一個值，用於縮放變換系數。
  15. The fast dct algorithm not only can reduce the multiplication number, but also can combine the post - scaling and matrix transpose needed for fast dct with the quantization and scan processes, so as to speed up the whole mpeg encoder. in addition, the table - lookup fast quantization algorithm can further speed up the encoding process

    本章提出的快速dct演算法不僅減少了所需乘法的次數，而且變換后的後置乘法和矩陣轉置過程可與量化和掃描相結合，進一步加速浙江大學博士學位論文整個mpeg編碼過程。
  16. In this thesis, we give a systematic discussion on the discovery and the process of the study of magnetoresistance effect, how to get the materials which can make mr effect. from the experimental study point of view, we devise a scaling system for high ( low ) - temperature resistance and magnetoresistance, by using the system, the resistance and magnetoresistance properties of the materials is investigated. we propose a model to analysis the mechanism of mr effect by using a monte carlo technique we present the results of our monte carlo calculation in the last part of the thesis to some extent, theoretical calculation is found to be agreement with experimental results

    在本文中，我們較為系統的闡述了磁電阻效應發現、發展過程；如何從實驗上制備出具有磁電阻效應的磁性材料；從實驗研究角度考慮，設計了一套高、低溫電阻、磁電阻測量系統；並利用該系統測量了實驗上制備得到的磁電阻材料的電阻、磁電阻特性，對所得到的數據進行了分析、處理；提出一個物理模型，利用montecarlo模擬方法對磁電阻效應產生的機理作了初步的分析。
  17. If your server still has a lot of free cpu cycle, the method you want to try first will be vertical scaling, which multiple server cluster members work in parallel to process the incoming messages

    如果您的服務器仍然有許多空閑的cpu周期，您首先應該去嘗試的方法將是縱向伸縮，這種方法中，多個服務器群成員并行處理接收的消息。
  18. The process in which we make any trial variation function satisfy the varial theorem is called scaling.

    我們使任一嘗試變分函數滿足維里定理的方法叫做定標。
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