Translation of "matrix addition" to Japanese language:
Examples (External sources, not reviewed)
| We've learned about matrix addition, matrix subtraction, matrix multiplication. | 掛け算を学びました おそらく きみは行列の割り算に値するものはあるか |
| So that's matrix addition. | 次回は行列のスカラーによる乗算についてだ |
| B plus A, based on how we define matrix addition, B plus A. | B Aの加法定義によれば なので 質問をさせてください |
| The reason why is because with matrix addition you just add every corresponding term. | その対応する項を追加されます 合計値が |
| In this video we'll talk about matrix addition and subtraction, as well as how to multiply a matrix by a number, also called Scalar Multiplication. | 行列の足し算引き算と さらに どのように 行列に数字を掛けるか |
| One plus two is three, and so on. So the matrix addition and subtraction is very simple. | とても簡単 そのまんま |
| Addition | 加法 |
| Addition | 足し算 |
| Addition | 足し算 |
| Matrix A. Here's my Matrix | B そして C を |
| Enable Addition | 加算を有効にする |
| In addition, | 再度生きる機会を与えられるべきだと信じます |
| It overloads operators like addition, subtraction, multiplication, and even computes the transpose of a matrix, and in some more extended code, it can actually invert a matrix using Cholesky factorization. | 行列を転置させるtransposeを定義します 拡張されたコードではコレスキー因数分解を用いて 行列を実際に反転させます ここにinverseという関数があります この行列クラスは便利です |
| Matrix | MatrixComment |
| Matrix | 変形行列 |
| matrix | 変形行列 |
| Matrix | 行列 |
| Matrix | フレームの境界を設定 |
| And the identity matrix times another matrix just returns that matrix. | だから I 掛ける Bは B これでBを分離出来た それが我々のやりたかった事 |
| And again, just to make sure we understand what is going on here, this plus symbol, that is matrix addition, right? | 何が起こったのか このプラスの記号は 行列の足し算 |
| So an identity matrix is a matrix. | これは 大文字のIで表されます |
| Addition is linear. | しかし例えばピクセルの2乗などは 非線形の演算です |
| Let's define addition. | まず 追加の定義です もし, いくつかのベクトルがあれば |
| Matrix addition is defined if both matrices have the exact same dimensions, and these two matrices do have the exact same dimensions. | これら 2 つの行列は正確に同じ次元を持っています すべての項が |
| When we did matrix addition we learned that if I had two matrices it didn't matter what order we added them in. | どちらを先に足しても問題ありませんでした もしA B これらはどちらも行列としますよ |
| Matrix size | マトリックスのサイズ |
| Matrix Environments | 数式環境 |
| The Matrix | マトリックスName |
| Matrix encoding | Matrix のエンコーディング |
| Create Matrix | Comment |
| Invert Matrix | Comment |
| Blast Matrix | Name |
| Matrix wipe | Comment |
| Matrix Widget | マトリクスウィジェット |
| First matrix | 最初の行列 |
| Second matrix | 2 番目の行列 |
| The Matrix. | Bunun ne anlama geldiğini bilmek ister misin? |
| Matrix A. | これには 1, 0, これらの数は難しくならないように |
| The Matrix? | マトリックス |
| The Matrix? | マトリックスかって |
| Matrix B is a two by two matrix. | 行列の乗算を定義する唯一の方法は |
| We just multiplied this matrix times this matrix. | では 別の例もやってみましょう |
| This top matrix right over here, matrix A, is a two by two matrix. | 2 x 2 です 行列Eを乗算します |
| And by the matrix, I mean literally the matrix, like the movie The Matrix. | だが 今日ここで選択肢をあげよう |
| And so on this slide, you know this matrix is the matrix A, and this matrix is the matrix A inverse. | この行列は行列Aで この行列はAの逆行列だ そして結局 |
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