色多項式 的英文怎麼說

中文拼音 [shǎiduōxiàngshì]
色多項式 英文
chromatic polynomial
  • : 色名詞[口語] (顏色) colour
  • : Ⅰ名詞1 (頸的後部) nape (of the neck) 2 (款項) sum (of money) 3 [數學] (不用加、減號連接...
  • : 名詞1 (樣式) type; style 2 (格式) pattern; form 3 (儀式; 典禮) ceremony; ritual 4 (自然科...
  1. The factorization of adjoint polynomials of graphs gs j1j2 jt and chromatically equivalence analysis

    的伴隨的因分解及性分析
  2. Factorization of adjoint polynomials of kinds of graphs with chromatically equivalent analysis

    若干圖簇的伴隨的因分解及性分析
  3. The factorization of adjoint of polynomials sg - class graphs and chromatically equivalence analysis

    類圖簇的伴隨的因分解及性分析
  4. The factorizations of adjoint polynomials of s - class graphs with chromatically equivalence analysis

    圖類的伴隨的因分解及性分析
  5. The factorization of adjoint polynomials of eg class graphs and chromatically equivalence analysis

    類圖簇的伴隨的因分解及性分析
  6. The factorization of adjoint polynomials of a kind of graphs and chromatically equivalence analysis

    一類圖的伴隨的因分解及性分析
  7. The factorization of ad joint polynomials of kinds of graphs and chromatically equivalent analysis

    若干圖簇的伴隨的因分解及性分析
  8. The factorization of adjoint polynomials of kinds of graphs and chromatically equivalence analysis

    幾類圖簇的伴隨的因分解及性分析
  9. The factorization of ad joint polynomials of ss - class graphs with chromatically equivalence analysis

    一類圖簇的伴隨的因分解及性分析
  10. The factorizationes of adjoint polynomials of sp - class graphs and chromatically equivalence analysis

    類圖簇的伴隨的因分解及其性分析
  11. We give a new method for proving the chromatic non - uniqueness of graphs by studying their adjoint polynomials, we obtain some structure characteristic of the chromatic equivalent graphs of kinds of graphs

    摘要通過研究圖的伴隨的因分解,給出並證明了若干圖簇的等價圖的結構定理。
  12. Graph and the multiplicity of root 2 in the chromatic polynomial

    圖和色多項式根2的階
  13. How to prove the coefficients of the chromatic polynomial alternate signs

    標題: [圖論] [求證]如何證明色多項式的系數的符號是正負交替的?
  14. By studying the factorization of adjoint polynomials of graphs of s ( superscript g subscript ) - shape, it proves that structure characteristics of the chromatically equivalent graphs and chromatically non - uniqueness of their complement graphs

    摘要通過研究s (上標g下標)型圖簇的伴隨的因分解,證明了這類圖簇的補圖的等價圖的結構性質和非唯一性。
  15. Compared to polynomial models widely used, rfm is essentially a more generic and expressive form of various sensor geometry models. in this paper the aspects of rfm such as the theory, algorithm and characteristics are studied

    包括利用控制點確定參數、目標點定位、次數的選擇、與直接線性變換( dlt ) 、模型的關系等,並用於spot和某衛星全影像定位特性的研究。
  16. In order to improve the accuracy based on colored ccd flame temperature field measurement, on the basis of analysing error source, compare multinomial interpolation, least square method and bp neural network application in reducing the error of temperature survey

    為了提高基於彩ccd火焰溫度場測量的準確性,在分析了誤差來源的基礎上,比較了插值、最小二乘法和bp神經網路在減小測溫誤差方面的運用。
  17. Based on the historical data of shanghai port container throughput, forecast models are established by using grey prediction model and cubic polynomial curve prediction model

    摘要利用上海港國際集裝箱吞吐量的歷史數據,分別採用灰預測法和三次曲線模型建立了單預測模型。
  18. The polynomial regression showed that the change range of pigment gland density was more wide in hybrid population, our aim was to look for good plant by selecting hybrid

    回歸分析結果表明:素腺體密度在雜種群體中變化范圍較為廣泛,因而對雜種進行選擇,可望得到理想植株。
  19. A mathematic model is established by adopting orthogonal polynomial regression method to study the effects of temperature on hypha growth rate, development, and stroma differentiation, growth, and yield of cordyceps militaris

    為了實現蛹蟲草的工廠化生產,採用正交回歸分析法構建數學模型,揭示了溫度對蛹蟲草菌絲生長速率、菌絲長勢、菌絲轉、子座分化、子座生長及產量的影響規律。
  20. When working in color mode, the module pursues to do the color regress work based on polynomial color regress algorithm, which make the images captured standard in color and brightness. while working in gray mode, the module transforms the color images to the gray ones, base on an algorithm which presented in this paper. the name of it is adaptable gray converting algorithm the merging module is the kernel of our capturing system

    當工作在彩時,該模塊利用基於線性回歸的演算法進行彩圖像的顏還原,使採集來的圖像在彩和亮度上回歸到cie的標準彩空間;工作在灰度模時,該模塊利用本文提出的一種基於方差極值的自適應灰度轉換演算法進行彩圖像轉灰度操作,自動實現了彩轉灰度的過程中最大限度保留原有細節的目的。
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