Exchange of Geometric Information Between Applications

CoRR Pub Date : 2018-03-02 DOI:10.4204/EPTCS.267.7
P. Quaresma, Vanda Santos, Nuno Baeta
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引用次数: 2

Abstract

The Web Geometry Laboratory (WGL) is a collaborative and adaptive e-learning Web platform integrating a well known dynamic geometry system. Thousands of Geometric problems for Geometric Theorem Provers (TGTP) is a Web-based repository of geometric problems to support the testing and evaluation of geometric automated theorem proving systems. The users of these systems should be able to profit from each other. The TGTP corpus must be made available to the WGL user, allowing, in this way, the exploration of TGTP problems and their proofs. On the other direction TGTP could gain by the possibility of a wider users base submitting new problems. Such information exchange between clients (e.g. WGL) and servers (e.g. TGTP) raises many issues: geometric search - someone, working in a geometric problem, must be able to ask for more information regarding that construction; levels of geometric knowledge and interest - the problems in the servers must be classified in such a way that, in response to a client query, only the problems in the user's level and/or interest are returned; different aims of each tool - e.g. WGL is about secondary school geometry, TGTP is about formal proofs in semi-analytic and algebraic proof methods, not a perfect match indeed; localisation issues, e.g. a Portuguese user obliged to make the query and process the answer in English; technical issues-many technical issues need to be addressed to make this exchange of geometric information possible and useful. Instead of a giant (difficult to maintain) tool, trying to cover all, the interconnection of specialised tools seems much more promising. The challenges to make that connection work are many and difficult, but, it is the authors impression, not insurmountable.
应用程序之间的几何信息交换
网络几何实验室(WGL)是一个协作和自适应的电子学习网络平台,集成了一个众所周知的动态几何系统。几何定理证明者的数千几何问题(TGTP)是一个基于web的几何问题存储库,用于支持几何自动定理证明系统的测试和评估。这些系统的用户应该能够相互获利。TGTP语料库必须提供给WGL用户,以这种方式允许对TGTP问题及其证明进行探索。在另一个方向上,TGTP可以从更广泛的用户群提交新问题的可能性中获益。这种客户端(如WGL)和服务器(如TGTP)之间的信息交换引发了许多问题:几何搜索——处理几何问题的人必须能够询问有关该结构的更多信息;几何知识和兴趣水平——服务器中的问题必须以这样一种方式分类,即在响应客户端查询时,只返回用户级别和/或兴趣的问题;每个工具的目标不同——例如,WGL是关于中学几何的,TGTP是关于半解析和代数证明方法的形式证明,确实不是完美匹配;本地化问题,例如,葡萄牙语用户必须用英语进行查询和处理答案;技术问题—要使这种几何信息交换成为可能和有用,需要解决许多技术问题。而不是一个巨大的(难以维护的)工具,试图覆盖所有,专业工具的互连似乎更有前途。建立这种联系的挑战很多,也很困难,但是,这是作者的印象,不是不可克服的。
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