Connected components of a graph using Prolog
Given a corner x of an undirected Graph G I would like to ask for the connected component of x, but my first try does not work as desired. Here it is:
Connected components of a graph using Prolog
Given a corner x of an undirected Graph G I would like to ask for the connected component of x, but my first try does not work as desired. Here it is:
Why Aren’t Rule Engines Written In Prolog? [closed]
Closed 11 years ago.
Why Aren’t Rule Engines Written In Prolog? [closed]
Closed 11 years ago.
Why Aren’t Rule Engines Written In Prolog? [closed]
Closed 11 years ago.
Why Aren’t Rule Engines Written In Prolog? [closed]
Closed 11 years ago.
Why Aren’t Rule Engines Written In Prolog? [closed]
Closed 11 years ago.
Why Aren’t Rule Engines Written In Prolog? [closed]
Closed 11 years ago.
Trying to break elements which are lists in a list? [closed]
Closed 11 years ago.
Open source implementations of euclidean geometery automated theorem provers
I plan to work on extending a theorem prover which is specialised in generating proofs for questions based in euclidean geometry which is taught to high school students to introduce them to the ideas of proofs and reasoning. Some open source implementations that I have found are JGEX (Java Geometery expert)and GeomericTheoremProver library in Julia. However I believe that these are very much based on algebraic methods,(i.e is encoding the premises and the statement as a polynomial). I am looking for an implementation that is based on synthentic methods1. I want to find an implementation that closely relates to GEOM2 or QED_TUTRIX3