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deniskyashif.com | ||
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nitely.github.io
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| | | | | Finite Automata is commonly used to efficiently match a Regular Expression (RE) to a given textinput. There are RE engines for submatch extraction based on Non-deterministic Finite Automata (NFA). These algorithms usually return a single match for each submatch, instead of the history of submatches (full parse tree). An NFA can be converted to a Deterministic Finite Automata (DFA) to improve the runtime matching performance. This article describes an algorithm based on DFA that extracts full parse trees from text. | |
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pbrisbin.com
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| | | | | While reading Understanding Computation again last night, I was going back through the chapter where Tom Stuart describes deterministic and non-deterministic finite automata. These simple state machines seem like little more than a teaching tool, but he eventually uses them as the implementation for a regular expression matcher. I thought seeing this concrete use for such an abstract idea was interesting and wanted to re-enforce the ideas by implementing such a system myself - with Haskell, of course. | |
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raganwald.com
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chipnetics.com
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| | | A quick knowledge nugget in regards to programming language options for project analytics on major industrial projects. | ||
