I discovered that the existence and use of metaclasses can save you from a lot code-writing by providing an elegant handle on the process of class creation. I use this in my application, where several
Not quite sure if this is the correct forum, but it was suggested at Theoretical Computer Science that I move it here...
I am needing to construct a DFA using the McNaughton-Yamada algorithm for a CS class. The problem is the algorithm is supplemental material and I am not clear on what it is exactly. Is it a method for
I\'m supposed to construct a DFA which accepts { w | w is a word except \'aa\' and \'aaa\' } Is this the correct solution? The thick line state is supposed to be the end state.
I\'m trying to construct a regular expression from a Finite Automaton but found my self completely stuck with this one. The regex to use is like this:
Does anyone have a straightforward description of the algorithm for constructing the union of two given DFA\'s? For example, say we have two DFA\'s over {0,1} where
I have a problem which has an solution that can be solved by iteration, but I\'m wondering if there\'s a more elegant solution using regular expressions and split()
What is an R-trivial langua开发者_如何学Cge? I.e. what is the definition? What is an R-trivial monoid?
This is my problem I know traces of two state machines that are deadl开发者_如何学Goock free. I want to know with the traces (I dont know estructure) , if the composition is deadlock free.
Can anyone recomend a really good book about protocol compilers, ie. how to generate protocol code?I don\'t want any superficial book that sort of works like a cook book with开发者_JAVA百科 a few reci