It has ambiguity.

Moral ambiguity takes off.

No epsilons, no ambiguity.

Striking idle kids. Another important kind of ambiguity, is word sense ambiguity.

Moral ambiguity starts to climb.

It's quiz time a quiz on ambiguity.

Did you feel a sense of moral ambiguity?

They use ambiguity that comes from using technology.

There is also a big question of ambiguity.

So this is a demonstration of a lexical analyzer.

lexical analysis, parsing, semantic analysis, optimization, and code generation.

Now, it turns out that it's not just amusing headlines that have ambiguity. Ambiguity is pervasive throughout natural language text.

But here is where the potential ambiguity comes in.

They are open minded in the face of ambiguity.

So by this point, we've totally conquered Ambiguity, right?

One of the problems is a problem of ambiguity.

Basically you believe in complexity, but not in ambiguity.

This process is called dun, dun, dun, dun lexical analysis.

We're going to see how to implement this in our lexical analyzer, but recall that our lexical analyzer was just based on regular expressions.

Computers don't handle ambiguity very well. Their little brains explode.

However, quite a few other things make use of lexical analysis.

It's the smallest unit of the output of a lexical analysis.

Lexical here has the same roots and lexicon like a dictionary.

Well, there is a formal definition for this kind of ambiguity.

One trait shared by programming languages and natural languages is ambiguity.

We're going to use it to check our knowledge of ambiguity.

The sock puppet isn't about ambiguity, per se. It's about identity.

This function call tells our lexical analysis library that we want to use all of the token definitions above to make a lexical analyzer, and break up strings.

However, our simulation did not handle epsilon transitions or ambiguity, and what I mean by ambiguity is what if there are 2 outgoing edges labeled a?

So we just learned how to do that JavaScript token in lexical analysis.

And say I am indeed he that warneth openly and without ambiguity,

If you look carefully, all of the other examples don't demonstrate ambiguity.

As the previous example suggests, we can use parentheses to control ambiguity.

Possible to have ambiguity or epsilon transitions in a finite state machine.

Now, recall that the output of a lexical analyzer is a list of tokens.

So, ambiguity is any case where a surface form might have multiple interpretations.

You're already familiar with all of the key concepts in making a lexical analysis library.

a Quran in Arabic, free from any ambiguity so that people may be mindful.

And of course, there's no ambiguity about what integers are everyone agrees on that.

And ambiguity, to me, is very uncomfortable in my life, and I have it.

And we did Lexing or Lexical Analysis to break it up into a list of tokens.

For example, once I put these 3 rules together, they become a lexer, or lexical analyzer.

And then we'll have the terminal categories or lexical categories, categories that define classes of words.

In order to use variable variables with arrays, you have to resolve an ambiguity problem.

There is a minor bit of ambiguity I need to clear up with this plus.