Brief

Compact

'Cause I can give you the short...

let me give you two countries.

We know it's x minus 2, times x plus 7.

Brevity is the soul of wit.

I need a concise explanation.

But my background

The Gettysburg Address is a concise speech.

His address is a concise speech.

State your case briefly.

We express these things mathematically.

All right, look, just make it snappy.

Yeah. Sure. I'll keep it simple.

I need a concise explanation.

Let's make it brief.

More about that a bit later on.

(Laughter)

I'm going to come back to that in a moment.

Joseph Nye, a friend of mine.

Steps toward unification exhibit the simplicity.

This is pretty slick, but it's also pretty complicated.

Instead, as Einstein said, make everything as simple as possible, but no simpler.

Because that's what this is about. I have to simplify this thing.

So here are the themes. We believe there is a unified theory underlying all the regularities.

It's an edge labeled 0 9, an accepting state with a self loop labeled 0 9.

That is why, in this deposition, you have to keep your answers brief.

I'm gonna keep this short and sweet so you'll actually write those checks you've been promising.

The author's mode of expression is very concise.

He gives plain, simple explanations.

So then I get the 900 gold pieces from the workers.

We can write down all the laws of physics we know in one line.

His speech was brief and to the point.

Because simple answers may emerge.

And that's a simple question.

But what exactly is the Electoral College?

Right. Yeah. I guess that's kind of another way to think about it.

Tim,make this brief the joint chiefs are waiting.

The speaker treated the subject very briefly.

If you ever have need of one, you might want to check it out.

Later in this course, I will do a quick survey of the range of different supervised learning algorithms just to very briefly describe them but the support vector machine, given its popularity and how popular it is, this will be the last of the supervised learning algorithms that I'll spend a significant amount of time on in this course.

His comment was concise and to the point.

What's the point I want to make?

We want to compute our renderings in a linear space, and we want to compensate for the power curve of monitors when we're displaying.

Realism, economy, sensuousness... beauty and magic.