Jul 2026· Annual International ACM SIGIR Conference on Research and Development in Information Retrieval· 0 citations
Computer Science
TL;DR
Past work in the fields of NLG and UM is looked at, outlining what was identified as important for graceful human machine interactions, and future research directions that I believe are important are discussed.
Abstract
Providing appropriate answers to questions is necessary in many situations, not just in the conversational AI systems we see and develop today. Research in Natural Language Processing (NLP) and User Modeling (UM) have investigated this topic for decades, starting in the era of ''symbolic AI''. While NLP in general was needed for the whole interaction (understanding the question and answering it), Natural Language Generation (NLG) was particularly concerned with providing good and coherent answers appropriate for the information need and the intended audience, which is where UM also played a role. At that time, information to include in the answers typically came from knowledge bases or data bases. Information Retrieval (IR) then was concerned with retrieving the documents (and later websites) most relevant to a query. As the amount of data and number of documents increased, information needs from users became increasingly complex. As a result, it seemed that combining advances in both NLP and IR was required. And of course, now, research often spans these two fields. In this talk, I will look at past work in the fields of NLG and UM, outlining what was identified as important for graceful human machine interactions. The game has changed now, of course, with LLMs and generative AI, which can do much that we could not do before. But some old questions remain unanswered, there are new questions (especially given the ''black box'' nature of LLMs), and we can probably learn from some earlier work. I will also discuss future research directions that I believe are important.
Users can use search engines such as Google and Yahoo! to search for documents on the World Wide Web. It takes
time, but the user of a search engine must go through each document to find an answer that is relevant to the question. The
Query Answering (QA) method reduces the amount of time spent searching for the exact answer to a question. The study of
question-answering systems is an important aspect of the field of information retrieval. The year 1960 saw the start of research
into question-answering systems, and since then, a plethora of different question-answering systems have been developed. The
Question Answering system combines research from several fields, including Natural Language Processing, Artificial
Intelligence, Information Retrieval, and Information Extraction. The goal of a question answering system is to provide a precise
response in natural language to the user's question. The availability of various resources for responses is used to differentiate
between different types of question answering systems. In comparison to the open domain question answering system, the closed
domain question answering system provides more precise and accurate responses.
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