例句與造句

1. Maximum likelihood classification
   最大似然分類
2. Many classification methods exist including nearest - to - means , maximum likelihood classification method , bayes classification method , and neural network classification
   圖象分類之理論與方法甚多，包括最近均值法、最大概似法、具氏分類法等。
3. Many classification methods exist including nearest - to - means , maximum likelihood classification method , bayes classification method , and neural network classification
   影像分類之理論與方法甚多，包括最近均值法、最大概似法、具氏分類法等。
4. Based on two satellite images from landsat tm / etm + , land use types are measured through the method of maximum likelihood classification . land use change areas are determined and extracted by using post - classification comparison . for further study on the time and spatial characteristic of land use change in longhai county from 1989 to 2000 , the mathematical methodologies are established
   因此本文利用1989年和2000年兩期的landsattm / etm遙感圖像，采用最大似然法的監(jiān)督分類完成對兩個時相各土地利用類型的測量，基于分類后比較法發(fā)現(xiàn)和提取土地利用變化信息。
5. Based on the optimum theory of multi light spectrum hands and the analysis of the inter relation of various hands of the pictures of white cells , a new classification method a great improvement on the traditional maximum likelihood classification - has been suggested which can classify the most effective parts of the hands of the white cell pictures
   摘要基于多光譜波段的優(yōu)化理論，在白細胞圖像各波段間相關(guān)性分析的基礎(chǔ)上，對傳統(tǒng)最大似然分類法進行改進，提出一種對白細胞圖像選擇最有效部分波段進行識別的分類方法。
6. It's difficult to find maximum likelihood classification in a sentence. 用maximum likelihood classification造句挺難的
7. By combining bayesian principles and other priori knowledge , the method has improved the degree of accuracy of classification and overcome shortcomings of immense data quantity , complexity of calculation and slow speed of recognition which exist in traditional maximum likelihood classification in recognizing pictures
   該方法通過貝葉斯理論與其他先驗知識進行融合，提高了分類準(zhǔn)確度，克服了傳統(tǒng)最大似然分類法在圖像識別過程中具有的數(shù)據(jù)量龐大、計算程度繁冗和識別速度慢等缺點。
8. The results show that the maximum likelihood classification based on variogram texture and spectral bands can perfectly define the grades of beach sandy land and inner desertification , and the maximal classification precision comes up to 92 . 4 % , which proves that geostatistical texture is effective in the application of desertification monitoring
   結(jié)果表明，運用變異函數(shù)紋理結(jié)合光譜波段的最大似然分類方法能夠很好地界定海灘沙地和內(nèi)陸荒漠地的等級，最高分類精度達到92 . 4 % ，證明了基于地質(zhì)統(tǒng)計學(xué)的影像紋理在實現(xiàn)該地區(qū)遙感荒漠化監(jiān)測方面的有效性。