Integrating Searching and Authoring in Mizar

Cairns, Paul; Gow, Jeremy

doi:10.1007/s10817-007-9073-2

Cited by 10 publications

(5 citation statements)

References 20 publications

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“…Therefore, it is not good at searching modified (but logically equivalent) theorems. The Alcor system [6], developed by P. Carins et al, provides an Latent Semantic Indexing (LSI)-based search function for the Mizar Mathematical Library. We have implemented a similar LSI-based search component into the emwiki system.…”

Section: Search Functionmentioning

confidence: 99%

An Integrated Web Platform for the Mizar Mathematical Library

Hideharu

Yamamichi

Seigo

et al. 2022

Lecture Notes in Computer Science

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This paper reports on the development of a Web platform to host the Mizar Mathematical Library (MML). In recent years, the size of formalized mathematical libraries has been drastically increasing, and this has led to a growing demand for tools that support efficient and comprehensive browsing, searching, and annotation of these libraries. This platform implements a Wiki function to add comments to the HTMLized MML, three types of search function (article, symbol, and theorem), and a function to show the dependency graph of the MML. This platform is designed with consistency, scalability, and interoperability as top priorities for long-term use.

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Section: Search Functionmentioning

confidence: 99%

An Integrated Web Platform for the Mizar Mathematical Library

Hideharu

Yamamichi

Seigo

et al. 2022

Lecture Notes in Computer Science

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“…While this feature has given a significant advantage of the readability of the Mizar language, it has also made lexical and syntactic analysis more difficult. Historically, this grammatical complexity has often become a bottleneck in the development of support tools for the Mizar system [6]. The existing Mizar system converts the Mizar language into the WS-Mizar language, thus all terms are parenthesized.…”

Section: Parser Specificationmentioning

confidence: 99%

Development of a Flexible Mizar Tokenizer and Parser for Information Retrieval System

Nakasho¹

2019

Proceedings of the 2019 Federated Conference on Computer Science and Information Systems

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In this paper, we explain the development of a new Mizar tokenizer and parser program as a component of a search system that works on the Mizar Mathematical Library. The existing Mizar tokenizer and parser can handle only an article as a whole written in the Mizar language, however, the newly developed program can deal with a snippet of a Mizar article.In particular, since it is possible to handle a snippet of an article without specifying a vocabulary section of an environment part, it is expected that user input efforts will be greatly reduced.

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“…Some aim to provide interfaces that have a familiar syntax [24]- [27]; some aim to make optional the need to provide explicit references to the formal facts being used within the individual steps of a formal argument [28]- [30]; some aim to eliminate steep learning curves [31]- [33]; some aim to reduce the logistical difficulties of utilizing automated formal reasoning assistance systems [32], [34]. We are inspired by search mechanisms for libraries of formal facts [35]- [37] and programming language constructs [38], as well as keyword-based lookup mechanisms for programming environments [39], [40]. Providing the functionality of a formal reasoning environment within a browser is a goal that has been adopted by some projects [34], though that work focuses on delivering the look and functionality of a single existing proof assistant.…”

Section: Related Workmentioning

confidence: 99%

Towards accessible integration and deployment of formal tools and techniques

Lapets

Skowyra

Bestavros

et al. 2013

2013 3rd International Workshop on Developing Tools as Plug-Ins (TOPI)

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Abstract-Computer science researchers in the programming languages and formal verification communities, among others, have produced a variety of automated assistance and verification tools and techniques for formal reasoning. While there have been notable successes in utilizing these tools on the development of safe and secure software and hardware, these leading-edge advances remain largely underutilized by large populations of potential users that may benefit from them. In particular, we consider researchers, instructors, students, and other end users that may benefit from instant feedback from lightweight modeling and verification capabilities when exploring system designs or formal arguments.We describe Aartifact, a supporting infrastructure that makes it possible to quickly and easily assemble interacting collections of small domain-specific languages, as well as translations between those languages and existing tools (e.g., Alloy, SPIN, Z3) and techniques (e.g., evaluation, type checking, congruence closure); the infrastructure also makes it possible to compile and deploy these translators in the form of a cloud-based web application with an interface that runs inside a standard browser. This makes more manageable the process of exposing a limited, domainspecific, and logistically accessible subset of the capabilities of existing tools and techniques to end users. This infrastructure can be viewed as a collection of modules for defining interfaces that turn third-party formal modeling and verification tools and techniques into plug-ins that can be integrated within web-based interactive formal reasoning environments.

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Integrating Searching and Authoring in Mizar

Cited by 10 publications

References 20 publications

An Integrated Web Platform for the Mizar Mathematical Library

An Integrated Web Platform for the Mizar Mathematical Library

Development of a Flexible Mizar Tokenizer and Parser for Information Retrieval System

Towards accessible integration and deployment of formal tools and techniques

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