Conversation Kernels: A Flexible Mechanism to Learn Relevant Context for Online Conversation Understanding
Vibhor Agarwal, Arjoo Gupta, Suparna De, Nishanth Sastry

TL;DR
This paper introduces Conversation Kernels, a flexible mechanism to capture relevant conversational context in online discussions, improving understanding of posts' attributes across various tasks.
Contribution
It proposes two families of Conversation Kernels that explore conversation neighborhoods to encode context, demonstrating adaptability to different conversation understanding tasks.
Findings
Effective in capturing context for diverse conversation attributes
Applicable to various online discussion platforms
Enhances post attribute classification accuracy
Abstract
Understanding online conversations has attracted research attention with the growth of social networks and online discussion forums. Content analysis of posts and replies in online conversations is difficult because each individual utterance is usually short and may implicitly refer to other posts within the same conversation. Thus, understanding individual posts requires capturing the conversational context and dependencies between different parts of a conversation tree and then encoding the context dependencies between posts and comments/replies into the language model. To this end, we propose a general-purpose mechanism to discover appropriate conversational context for various aspects about an online post in a conversation, such as whether it is informative, insightful, interesting or funny. Specifically, we design two families of Conversation Kernels, which explore different…
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Taxonomy
TopicsInnovative Teaching and Learning Methods
