Summary The Janus System Multi-paradigm Programming in Prolog and Python arxiv.org
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One Line
The Janus System is a user-friendly programming tool that combines Prolog and Python to provide strong reasoning capabilities, and has proven to be effective for knowledge graph and natural language processing tasks in commercial applications.
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Slide Presentation (8 slides)
Key Points
- The Janus System combines the programming paradigms of Prolog and Python.
- Janus offers powerful reasoning capabilities through Prolog's logic-based approach and the well-structured, easy-to-use nature of Python.
- Janus allows for multi-paradigm programming in Prolog and Python.
- Janus has been used in commercial applications such as reasoning over knowledge graphs and natural language.
- Janus provides the capability to catch and handle errors encountered during Python execution in Prolog.
- Janus utilizes multi-paradigm programming in Prolog and Python, with efficient intra- and inter-language calls.
- Prolog's reasoning power and scalability have advanced over the last two decades.
Summaries
33 word summary
The Janus System is a user-friendly programming tool that integrates Prolog and Python, enabling powerful reasoning capabilities. It has been successfully used in commercial applications for knowledge graph and natural language processing tasks.
42 word summary
The Janus System is a multi-paradigm programming tool that combines the programming languages of Prolog and Python. It offers powerful reasoning capabilities and is easy to use. Janus has been used in commercial applications such as reasoning over knowledge graphs and natural
339 word summary
The Janus System combines the programming paradigms of Prolog and Python into a single process. It offers powerful reasoning capabilities through Prolog's logic-based approach and the well-structured, easy-to-use nature of Python. Janus can handle many
The Janus system allows for multi-paradigm programming in Prolog and Python. It establishes a fast connection between the two languages and has a simple installation process. Janus has been used in commercial applications such as reasoning over knowledge graphs and natural language
The Janus System is a multi-paradigm programming tool that allows for the integration of Prolog and Python. It provides the capability to catch and handle errors encountered during Python execution in Prolog. Janus supports the use of Python class objects and
The Janus System is a programming system that combines Prolog and Python. It uses XSB's tabled evaluation to handle undefined dependencies in the Well-Founded Semantics (WFS). Janus provides useful keyword arguments for its jns comp()
The excerpt discusses the implementation details of the Janus System, a multi-paradigm programming system that combines Prolog and Python. The code is written in a combination of Prolog and Python C-API calls. The "translate prTerm pyObj()"
The Janus system utilizes multi-paradigm programming in Prolog and Python. The process begins with the creation of a goal called jns-comp on the Prolog heap, which consists of a goal module and its arguments. The goal is then unified
The Janus System allows for multi-paradigm programming in Prolog and Python, with efficient intra- and inter-language calls. The performance of bi-translation between the two languages is illustrated in Table 4, showing the transfer time per element of
Prolog's reasoning power and scalability have advanced over the last two decades, with the inclusion of various reasoning methods such as finite-domain and numerical constraint systems, event-action rules, defeasible logics, and probabilistic and T-norm based reasoning
The summary highlights important details and key points from the excerpted text while condensing the information into a more concise version.
The cited document includes references to various programming languages and systems. These include ISO-IEC 13211-1, which is