Publication | Closed Access
A Theoretical Framework for Conversational Search
402
Citations
38
References
2017
Year
Unknown Venue
EngineeringInformation NeedsSpoken Dialog SystemCommunicationText MiningNatural Language ProcessingInformation RetrievalComputational LinguisticsConversational AgentsIntelligent SearchingConversation AnalysisConversational User InterfaceInformation SearchDialogue ManagementTheoretical FrameworkConversational Recommender SystemComputer ScienceSpeech CommunicationInterpersonal CommunicationSocial ComputingHuman-computer InteractionArtsInformation InteractionInteractive Information Retrieval
The paper proposes a theory and model for conversational information retrieval, aiming to identify desirable properties that enable natural, efficient user interactions in a chat setting. The authors analyze prior conversational research, define a concise set of properties, and develop a theoretical model that explicitly specifies the action space of a conversational search agent. The analysis demonstrates that the proposed model is practically implementable and that the identified properties are feasible for real conversational search systems.
This paper studies conversational approaches to information retrieval, presenting a theory and model of information interaction in a chat setting. In particular, we consider the question of what properties would be desirable for a conversational information retrieval system so that the system can allow users to answer a variety of information needs in a natural and efficient manner. We study past work on human conversations, and propose a small set of properties that taken together could measure the extent to which a system is conversational. Following this, we present a theoretical model of a conversational system that implements the properties. We describe how this system could be implemented, making the action space of an conversational search agent explicit. Our analysis of this model shows that while theoretical, the model could be practically implemented to satisfy the desirable properties presented. In doing so, we show that the properties are also feasible.
| Year | Citations | |
|---|---|---|
Page 1
Page 1