Titlebook: Automated Deduction in Geometry; 8th International Wo Pascal Schreck,Julien Narboux,Jürgen Richter-Geber Conference proceedings 2011 Spring

技术

CARK

iodides

Chivalrous

https://doi.org/10.1007/3-540-33092-5try creates new geometric objects (circles or conics) which can also be considered as (level 1) lines, in the sense that they fulfil Pappus axioms for lines. But Pappus theory also applies to these new lines. A formalization of Pappus geometry should enable to automatize these generalizations of lin

发誓放弃

Progesterone

Finding or Acquiring Giant Deposits, . is to create an appropriate context for testing and evaluating geometric automated theorem proving systems (GATP). For that purpose . provides a centralised common library of geometric problems with an already significant size but aiming to became large enough to ensure meaningful system evaluati

ODIUM

Explanations, Abbreviations, Units,ctive proof assistant. Our tool exploits concurrency, inferring facts independently of the user with the incomplete proof as a guide. It explores the proof space, contributes tedious lemmas and discovers alternative proofs. We show how this tool allowed us to write readable formalised proof-scripts

羊栏

CESS

Sedimentary Associations and Regolith,ctly deals with the . rather than the geometric quantities. We propose two algorithms, . and ., which can deal with the Hilbert intersection point statements in affine geometry and the linear constructive geometry statements in metric geometry respectively. The two algorithms are implemented in . as

放大

Automated Deduction in Geometry978-3-642-25070-5Series ISSN 0302-9743 Series E-ISSN 1611-3349