自动会议安排方法的调查

Tresnaningtiyas S. Purbo, T. A. Kurniawan
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引用次数: 1

摘要

许多研究提出了使用各种方法和约束的自动会议安排。要构建自动会议调度程序,我们需要检查适合我们需要的方法和约束。不幸的是,我们没有发现任何文献调查专门讨论基于方法和约束的自动会议调度程序。为了实现我们的需求,我们从三个数字图书馆,ACM数字图书馆,IEEE和springer进行了文献调查。在过去的十年里,我们收集、选择并分类了论文。我们使用四个标准对选定的论文进行分类:表现力、隐私保护、架构和方法。通过这种分类,我们期望对如何构建现有的自动会议安排有一个概述。结果,我们发现有很大的限制,如时间、优先事项、地点和法定人数。一些研究考虑了隐私保护。隐私保护的缺点是复杂性的增加。尽管集中式架构不那么复杂,但自动化程度最高的会议调度程序是内置的分散架构。自动会议调度程序主要是使用基于代理的方法构建的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Survey of automated meeting scheduling approaches
Many studies have proposed automated meeting scheduling using various approaches and constraints. To build an automated meeting scheduler, we need to examine which approach and constraints suitable for our needs. Unfortunately, we have not found any literature survey that specifically discusses automated meeting schedulers based on the approaches and constraints. To achieve our needs, we did a literature survey from three digital libraries, ACM Digital Library, IEEE, and Springers. We collected, selected, and classified papers in the last decade. We classified the selected papers using four criteria, expressiveness, privacy-preserving, architecture, and approach. Through this classification, we expect an overview of how existing automated meeting scheduling has been built. As a result, we found out that there are significant constraints such as time, priorities, location, and quorum. Privacy-preserving is considered by some studies. The drawback to privacy-preserving is the complexity increase. Even though the centralized architecture is less complex, the most automated meeting scheduler is built-in decentralized architecture. The automated meeting scheduler is mostly built using agent-based approach.
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