"数的"の翻訳 英語に:


  辞書 日本-英語

  例 (レビューされていない外部ソース)

指数関数的成長だ
This is the problem that we face, due to the doubling caused by Exponential Growth.
MANIAC(数学的数値的積分器兼演算器)は
Burning lots of midnight oil.
指数関数的な増加だ
Exponential growth, that's the key here.
目的関数 J のプロットです ご覧の通り 目的関数はパラメータ
Let's plot that. What I'm gonna do on the right is plot my cost function j.
数学的基礎です
Are, the, the mathematical underpinnings of.
円周率は超越数で 代数的数ではなく
However, Pi is much more than that.
単にこの目的関数の数学的な定義を見ただけで
Okay. So that's the cost function.
プログラムは数学的関数にすぎません
With that we already solved the problem.
それから指数関数的に増殖し
First they don't grow.
数学的に示します
Show it to you mathematically instead of this
Bは目的変数です
The answer is that Mary calling is the evidence node.
数学的に正確にな
The answer?
ダンバー数とは 本質的に
OK, good.
最終的な指数ルールは
So, you see, it works just as easily with negative numbers.
さて 優れた数学的 科学的思考に
Wow, wow!
注意 この関数は実験的な関数です
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世界は指数関数的に成長してきた
HAPPY ENDlNG
君のケースは 進行が指数関数的なんだ
Uh,in your case,I'm guessing the progressionis exponential.
クアッドに棒の数学的モデルを
How did we design the algorithms to do this?
数値的尺度の事です
So parameter is just a numerical measure that describes some characteristic of the population.
答えは数学的な形に
Once you've done that, then there's the computation step.
実際には数学的には
And this isn't really going to be a finance video.
音楽は数学的言語だ
Music is a mathematical language.
何層にも広げろ 指数関数的な増加だ
Layered, like nachos. Exponential growth.
指数関数は 本当に劇的な関数です 常に速く拡大関数です
So the idea here is just to show you that exponential functions are really, really dramatic.
一次関数的に考えます
And a lot of people, when they think about the future, think about it linearly.
便宜的に数字と記号を
And the goal state is right here.
本質的に順列の数です
And then I have 6 left to pick for the third spot.
これらの数を 直感的に
Or when you take the conjugate.
数学的にリアルな松かさを
8 and 13.
抽象的だわ 目標マイル数は
That's a little abstract. What's the target?
このように指数関数的に考えていくと
What do you think you have in a month? We're at a billion.
すべて連続的な関数で 表現できるとは限らず 断片的な関数で
And we know that in the real world, everything isn't these nice continuous functions, so over the next couple of videos we're going to talk about functions that are a little bit more discontinuous than what you might be used to even in kind of a traditional calculus or traditional
これから求める変数を目的変数と呼ぶわけです 説明変数でも目的変数でもないものは 潜在変数と言います
That is, the variables that we know the values of are the evidence, and the ones that we want to find out the values of are the query variables.
より数学的な関数は BCMath 任意精度関数 および 数学関数 の節にあります
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数学的 工学的 確率的 幾何学的な 問題を含みます 工学的な問題として
This is a book on Optimal Transport, it is a problem involving mathematics, engineering, probability and geometry everything that was said.
関数です ですから 仮説は家のサイズ x に対する関数です 対照的に 目的関数 J は パラメータ theta 1 に対する関数で
So, notice that the hypothesis, right, H of X. For a face value of theta one, this is a function of X. So the hypothesis is a function of, what is the size of the house
これらの数学的結論には
And, once again, this is very important.
一方でオービタルは実は数学的な
So it's very physically easy for us to imagine.
これも 典型的な数例です
But let's do another one.
平均的な子供の数は7人
In my country, that was the case in 1974.
数学的に解決したければ
2 4 is the same thing as 1 2.
数字の集合の中心的傾向
this is a word you'll see a lot in statistics books.
この問いに まず数学的に
Wrong!
元の関数 を 明示的します
Let's think about it another way.