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A Survey of Available Corpora for Building Data-Driven Dialogue Systems (1512.05742v3)

Published 17 Dec 2015 in cs.CL, cs.AI, cs.HC, cs.LG, and stat.ML
A Survey of Available Corpora for Building Data-Driven Dialogue Systems

Abstract: During the past decade, several areas of speech and language understanding have witnessed substantial breakthroughs from the use of data-driven models. In the area of dialogue systems, the trend is less obvious, and most practical systems are still built through significant engineering and expert knowledge. Nevertheless, several recent results suggest that data-driven approaches are feasible and quite promising. To facilitate research in this area, we have carried out a wide survey of publicly available datasets suitable for data-driven learning of dialogue systems. We discuss important characteristics of these datasets, how they can be used to learn diverse dialogue strategies, and their other potential uses. We also examine methods for transfer learning between datasets and the use of external knowledge. Finally, we discuss appropriate choice of evaluation metrics for the learning objective.

A Detailed Examination of the IEEEtran.cls Template for Computer Society Journals

The document titled "Bare Advanced Demo of IEEEtran.cls for Computer Society Journals" serves as an instructional framework rather than a conventional research paper. Authored by Michael D. Shell, along with contributors tagged as John Doe and Jane Doe, this document provides a foundational starting point for individuals looking to generate papers under the IEEE Computer Society's journal guidelines using the LaTeX typesetting system. The absence of an explicit abstract and concrete scientific content indicates that the paper’s primary function is instructional, targeting authors familiarizing themselves with the IEEEtran class.

Contents Overview

After setting the stage with a brief introduction to the use of IEEEtran.cls, the paper outlines the standard sections that authors should include when preparing their manuscripts. It addresses LaTeX-specific commands, serving as an example for proper formatting and structuring of different sections in line with IEEE Computer Society norms. These include handling of titles, headings, author affiliations, and other elements that are crucial for maintaining consistency and professionalism in presentation.

Structural Elements

Key technical elements highlighted in the document include:

  • Author and Affiliation Formatting: Proper structuring for including author details and their affiliations, along with itemizing corresponding authors.
  • Sections and Subsections: Effective use of hierarchical sectioning commands to organize paper content.
  • Incorporation of Appendices: Guidance on handling supplementary material through appendices.
  • Bibliographic Entries: Standardized formatting of bibliographic entries following IEEE citation style.

Practical Implications

The document’s utility extends to ensuring compliance with IEEE formatting rules, thereby streamlining the submission process to IEEE Computer Society journals. For researchers accustomed to using LaTeX, this demonstration document serves as a quick reference to troubleshoot format-related queries and adapt their own document according to the intricate guidelines that IEEE stipulates.

Future Developments and Speculations

While the document itself does not extend into groundbreaking research or offer empirical insights, its implications are invaluable for academic and professional communities. As the IEEE and similar institutions continue to evolve their publication standards and digital repositories advance, the LaTeX templates including IEEEtran.cls will potentially adapt to integrate new bibliographic referencing styles, digital object identifier (DOI) systems, and enhanced metadata capabilities. The seamless adoption of templates like this will facilitate greater precision and efficiency in academic paper preparation, potentially leading to broader dissemination and accessibility of scholarly work.

In conclusion, the "Bare Advanced Demo of IEEEtran.cls for Computer Society Journals" provides a skeletal framework for crafting IEEE-compliant documents, catering specifically to the needs of researchers and practitioners in computer science and engineering disciplines. Its instructional merit, while not contributing new scientific insights, plays a pivotal role in upholding the publication standards that ensure clarity and uniformity across IEEE-associated scholarly communications.

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Authors (5)
  1. Iulian Vlad Serban (14 papers)
  2. Ryan Lowe (21 papers)
  3. Peter Henderson (67 papers)
  4. Laurent Charlin (51 papers)
  5. Joelle Pineau (123 papers)
Citations (339)