Translation of "least squares fit" to Japanese language:
Examples (External sources, not reviewed)
That's ordinary least squares, is the approach we'll take at first. | そして外では 標準化した回帰係数と標準化してない回帰係数の |
Squares | 正方形 |
Squares | KSquaresDescription |
Completed Squares | 完成した正方形 |
Physically fit, physically fit, physically fit Woman, physically fit | Physically fit, physically fit, physically fit Woman, physically fit |
Remember the notation, the sum of squares and mean squares. | 二乗和の平均をNで割ると分散 相関係数を計算するには |
Five squares, subtract four squares equals one square, one twentieth. | 4つの正方形引く 5つの正方形... ...イコール 4分の1, 12分の1 |
Do you want slim fit, easy fit, relaxed fit? | ボタンフライかジッパーにしますか ストーンウォッシュそれともアシッド |
Woman, physically fit, physically fit | Woman, physically fit, physically fit |
Okay, so sum of squares, mean squares, that gives us variance. | 平方根をとって単位を元に戻すと それが標準偏差 |
Draws rectangles and squares | 長方形と正方形を描く |
Look at my squares. | 私の絵をご覧 |
32 pieces, 64 squares. | 32個の駒 64個のマス |
17 red and orange squares are juxtaposed with just two green squares. | ずっといいですね |
Sums of the squares for the mo del and sums of squares residual. | それは説明された変動と 説明されなかった変動 と解釈出来ます |
What's in the denominator? Sums of squares X, and sums of squares Y. | だからZスコアの式を展開して基本的な代数計算で整理すると |
So the area of rectangle ABCD is equal to the number of 1 by 1 squares we can fit on this rectangle. | この長方形に 1 x 1 の正方形のいくつはいるかです やってみてましょう |
Fit Width | 幅に合わせる |
To Fit | 自動調整 |
Fit Page | ページに合わせる |
Fit width | 幅に合わせるQPrintPreviewDialog |
Fit page | ページに合わせるQPrintPreviewDialog |
He's fit. | いいだろう |
So sum of squares X, sum of squares Y, and then some squares, sorry, some of cross products for X and Y. | 二乗和 じゃなくてXとYのクロス積の和 そしてこの最初の式を変形すると |
Concentric squares of alterating height | Name |
Who said squares are flat? | Name |
Paint empty squares or erase | バーを描く |
It's a difference of squares. | x 3 x 3 です |
Let me draw two squares. | 一つです広場 |
And so you can view the area of any figure as how many 1 by 1 squares can you fit on that figure? | 考えます |
So all squares are rhombuses, but not all rhombuses are squares. Now, with that said, | そのもう少し明確に考えて ひし形の対角線について考えてみましょう |
So variants you remember is mean squares. It's the sum of squares divided by N. | 共 分散は よくCOVと参照されますが それはちょうど分散のような物で |
Connect the dots to create squares | 点を結んで正方形を作るゲーム |
Connect the dots to create squares | 点を結んで正方形を作るゲームName |
Erase objects or paint empty squares | 空の正方形を描くことでオブジェクトを消去します |
So it has 100 squares here. | もう1つの言い方をすれば この大きな正方形は 問題が言っているのは |
That's the residual sums of squares. | 残差の二乗和だった |
Returns this matrices called magic squares. | こうした行列は |
She didn't paint all those squares. | 彼女は 絵を描いてない |
I'm feeling fit. | ぼくはすごく元気だ |
This doesn't fit. | これは合いません |
View Fit Width | 表示 幅に合わせる |
View Fit Page | 表示 ページに合わせる |
Centered Auto Fit | 中央に自動配置 |
Fit to Window | 'Aspect Ratio' menu |
Related searches : Least Squares - Least Squares Solution - Linear Least Squares - Nonlinear Least Squares - Partial Least Squares - Least Squares Mean - Least Squares Method - Least Squares Regression - Generalized Least Squares - Least Squares Fitting - Least Squares Estimation - Weighted Least Squares - Least Squares Problem - Ordinary Least Squares