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A NEW DISTRIBUTED PLATFORM FOR CLIENT-SIDE FUSION OF WEB APPLICATIONS AND NATURAL MODALITIES-A MULTIMODAL WEB PLATFORM

机译:Web应用程序和自然模态在客户端融合的新分布式平台-多模态Web平台

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摘要

Web-based solutions and interfaces should be easy, more intuitive, and should also adapt to the natural and cognitive information processing and presentation capabilities of humans. Today, human-controlled multimodal systems with multimodal interfaces are possible. They allow for a more natural and more advanced exchange of information between man and machine. The fusion of web-based solutions with natural modalities is therefore an effective solution for users who would like to access services and web content in a more natural way. This article presents a novel multimodal web platform (MWP) that enables flexible migration from traditionally closed and purpose-oriented multimodal systems to the wider scope offered by web applications. The MWP helps to overcome problems of interoperability, compatibility, and integration that usually accompany migrations from standard (task-oriented) applications to web-based solutions and multiservice networks, thus enabling the enrichment of general web-based user interfaces with several advanced natural modalities in order to communicate and exchange information. The MWP is a system in which all modules are embedded within generic network-based architecture. When using it, the fusion of user front ends with new modalities requires as little intervention to the code of the web application as possible. The fusion is implemented within user front ends and retains the web-application code and its functionalities intact.
机译:基于Web的解决方案和界面应该简单,直观,并且还应适应人类自然和认知的信息处理和表示能力。如今,具有多模式界面的人为控制的多模式系统成为可能。它们允许人机之间更自然,更高级地交换信息。因此,基于Web的解决方案与自然模式的融合对于希望以更自然的方式访问服务和Web内容的用户而言是一种有效的解决方案。本文介绍了一种新颖的多模式Web平台(MWP),它可以从传统的封闭式和面向目的的多模式系统灵活迁移到Web应用程序提供的更广泛范围。 MWP帮助克服通常从标准(面向任务)应用程序迁移到基于Web的解决方案和多服务网络时所伴随的互操作性,兼容性和集成性问题,从而使具有多种高级自然模式的基于Web的通用用户界面得以丰富为了交流和交换信息。 MWP是一个系统,其中所有模块都嵌入基于通用网络的体系结构中。使用它时,用户前端与新模式的融合需要对Web应用程序代码的干预尽可能少。融合在用户前端内实现,并完整保留Web应用程序代码及其功能。

著录项

  • 来源
    《Applied Artificial Intelligence》 |2013年第7期|551-574|共24页
  • 作者

    Izidor Mlakar; Matej Rojc;

  • 作者单位

    Roboti c.s. d.o.o., Maribor, Slovenia, Trzaska cesta 23, 2000 Maribor, Slovenia;

    University of Maribor, Faculty of Electrical Engineering and Computer Science, Maribor, Slovenia;

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  • 正文语种 eng
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