Titlebook: Automated Deduction in Geometry; 5th International Wo Hoon Hong,Dongming Wang Conference proceedings 2006 Springer-Verlag Berlin Heidelberg

與野獸博斗者

Mechanical Theorem Proving in Computational Geometry,current framework for reasoning about geometric algorithms in Isabelle. It focuses on our case study of the convex hull problem and shows how Hoare logic can be used to prove the correctness of such algorithms.

紅潤(rùn)

Computational Origami Construction of a Regular Heptagon with Automated Proof of Its Correctness,ology of visualizing and automatically proving origami constructions computational origami. As a non-trivial example, in this paper, we visualize a construction of a regular heptagon by origami and automatically prove the correctness of the construction.

有惡意

certitude

執(zhí)

淘氣

fleeting

Gie?ener Gyn?kologische Fortbildung 1989current framework for reasoning about geometric algorithms in Isabelle. It focuses on our case study of the convex hull problem and shows how Hoare logic can be used to prove the correctness of such algorithms.

幼兒

https://doi.org/10.1007/978-3-642-50217-0ology of visualizing and automatically proving origami constructions computational origami. As a non-trivial example, in this paper, we visualize a construction of a regular heptagon by origami and automatically prove the correctness of the construction.

偶像

Hysteroskopie — Wann ist sie indiziert? we can give the necessary and sufficient conditions on the free parameters for the theorem to be true. An example for proving geometric theorems by the partitioned-parametric Gr?bner bases method is given.

鞭打

Geburtshilfe heute — Rückblick und Ausblickat are beyond the reach of such methods are still amenable to hybrid approaches using numeric and symbolic methods in tandem. We introduce some of the specific problems and generalizations, and show by detailed example how such techniques may be implemented and deployed.