ConfAssist: A Conflict Resolution Framework for Assisting the Categorization of Computer Science Conferences

Mayank Singh, Tanmoy Chakraborty, Animesh Mukherjee, Pawan Goyal
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引用次数: 4

Abstract

Classifying publication venues into top-tier or non top-tier is quite subjective and can be debatable at times. sIn this paper, we propose ConfAssist, a novel assisting framework for conference categorization that aims to address the limitations in the existing systems and portals for venue classification. We identify various features related to the stability of conferences that might help us separate a top-tier conference from the rest of the lot. While there are many clear cases where expert agreement can be almost immediately achieved as to whether a conference is a top-tier or not, there are equally many cases that can result in a conflict even among the experts. ConfAssist tries to serve as an aid in such cases by increasing the confidence of the experts in their decision. A human judgment survey was conducted with 28 domain experts. The results were quite impressive with 91.6% classification accuracy.
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ConfAssist:协助计算机科学会议分类的冲突解决框架
将出版场所划分为顶级或非顶级是非常主观的,有时可能会引起争议。在本文中,我们提出了一个新的会议分类辅助框架ConfAssist,旨在解决现有系统和场所分类门户的局限性。我们确定了与会议稳定性相关的各种特征,这些特征可能有助于我们将顶级会议与其他会议区分开来。虽然在许多情况下,专家几乎可以立即就会议是否属于顶级会议达成一致意见,但在同样多的情况下,甚至在专家之间也可能导致冲突。ConfAssist试图在这种情况下通过增加专家对其决定的信心来提供帮助。对28位领域专家进行了人的判断调查。结果令人印象深刻,分类准确率为91.6%。
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Combining Classifiers and User Feedback for Disambiguating Author Names Improving Access to Large-scale Digital Libraries ThroughSemantic-enhanced Search and Disambiguation ConfAssist: A Conflict Resolution Framework for Assisting the Categorization of Computer Science Conferences The HathiTrust Research Center: Providing analytic access to the HathiTrust Digital Library's 4.7 billion pages Scholarly Document Information Extraction using Extensible Features for Efficient Higher Order Semi-CRFs
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