Chatbots – changing user needs and motivations.
2018, Interactions
https://doi.org/10.1145/3236669…
6 pages
1 file
Sign up for access to the world's latest research
Abstract
Chatbots have been around for decades. However, the real buzz around this technology did not start until the spring of 2016. Reasons for the sudden renewed interest in chatbots include massive advances in artificial intelligence (AI) and a major usage shift from online social networks to mobile-messaging applications such as Facebook Messenger, Telegram, Slack, Kik, and Viber. The first of these reasons holds promise that intelligent chatbots may well be within reach. The second concerns service providers' need to reach users in the context of mobile messaging. However, in spite of these drivers, current chatbot applications suggest that conversational user interfaces still face substantial challenges, generally speaking, as well as for the field of human-computer interaction (HCI). Chatbots imply not only a change in the interface between users and technology; they also imply changing user dynamics and patterns of use.
Key takeaways
AI
AI
- Chatbots are transforming user dynamics and human-computer interaction (HCI) due to evolving user needs.
- Over 50% of enterprises will prioritize chatbot development over traditional mobile apps by 2021.
- Existing chatbots face significant challenges in addressing user needs and supporting open-ended conversations.
- User motivations for chatbots range from productivity to entertainment and social connection, impacting design.
- The rapid rise of chatbots necessitates a deep understanding of user experiences and motivations for successful implementations.
Related papers
This abstract includes the total quantum of the chatbot. A new approach to computer-to-mortal business is handed by conversational interfaces, or chatbots as they're generally known. In the history, exercising a quest machine or completing a form was demanded in order to have a software programme respond to a query, as programs were fully reckoned on syntax and semantics of the programming language and it was veritably delicate for the nonprogrammers to communicate with computers. With a chatbot, a customer may principally interrogate request the same way they would with a mortal. Voice chatbots like Alexa and Siri are right now the most well-known feathers of chatbots. On the other hand, chatbot handover rates on computer discourse platforms are presently truly strong. You may make a introductory chatbot by adding generally asked questions (FAQs) to chatbot software. major invention companies to prepare common shoptalk. Integrating the chatbot with the company's enterprise software can enhance its capabilities. The maturity of marketable chatbots calculate on platforms developed by the major technology companies to exercise natural language. Amazon Lex, IBM Watson, Face book Deep Text, Google Cloud Natural Language API, Slack, Skype, and Microsoft Cognitive Services are a numerous of these.
Biltek-VIII congress, 2023
Social networking companies such as Meta are increasingly investing in artificial intelligence with the rise of Web 3.0 technologies and their impact on the Internet environment. As a result, personal content-producing robots have become an important aspect of the user experience in digital environments, and it seems that these robots are starting to impact people's lives. From personal assistants such as Siri and Bixy to one-on-one chatbots with users, artificial intelligence robots have come a long way. Not only can these machines translate, write articles, paint, compose music and generate content, but they can also mimic human intelligence by thinking and reacting like humans. When properly and effectively integrated, chatbots can be an ideal tool for communication, and this is especially true for those that are able to answer questions in a human-like manner and engage in conversational dialogue. Chatbots are generally described as software that is able to engage in a two-way dialogue with users by generating responses on the basis of hypothetical situations. They are algorithmic systems that automatically produce and execute tasks assigned to them, and are equipped with various speech systems that produce different responses in each new conversation with users. The rapid development of internet technologies has significantly influenced and transformed human society. As more and more people rely on internet-based technologies to fulfil their needs, loneliness has become an unavoidable issue for those who spend a lot of time in front of screens. Socialisation initially took place through virtual communities, forums and social networking groups, but this process has since evolved and users are now exchanging messages with chatbots. This process has evolved and users now message with chatbots. The aim of this study is to analyse the interaction between chatbots and users in Turkey, through the use of social media content analysis, in order to determine how users are using chatbots and whether they will be a replacement for human socialisation
TEST Engineering & Management, 2020
Chatbot a computer application designed to imitate conversation with human users, especially over the internet. Chatbots, or conversational interfaces as they are also known, present a new way for individuals to interact with computer systems. Traditionally, to get a question answered by a software program involved using a search engine, or filling out a form. A chatbot allows a user to simply ask questions in the same manner that they would address a human. Example, resolving customer queries: Answering questions is helpful but a chatbot is not that useful if it cannot complete transactions. For example, if customers frequently call to check the delivery time of their package, it makes sense to let the chatbot handle those questions, answering frequently asked questions, and recommending new offers: Recommending the right products to the customer based on her verbal feedback. The most well known chatbots currently are voice chatbots: Alexa and Siri. However, chatbots are currently being adopted at a high rate on computer chat platforms.
Extended Abstracts of the 2018 CHI Conference on Human Factors in Computing Systems, 2018
Chatbots are emerging as an increasingly important area for the HCI community, as they provide a novel means for users to interact with service providers. Due to their conversational character, chatbots are potentially effective tools for engaging with customers, and are often developed with commercial interests at the core. However, chatbots also represent opportunities for positive social impact. Chatbots can make needed services more accessible, available, and affordable. They can strengthen users' autonomy, competence, and (possibly counter-intuitively) social relatedness. In this SIG we address the possible social benefits of chatbots and conversational user interfaces. We will bring together the existing, but disparate, community of researchers and practitioners within the CHI community and broader fields who have an interest in chatbots. We aim to discuss the potential for chatbots to move beyond their assumed role as channels for commercial service providers, explore how...
International Journal of Scientific Research in Computer Science, Engineering and Information Technology, 2023
A chatbot is a computer program that aims to make a conversation between both humans and machines. The chatbot can be utilized in a variety of platforms, including messaging apps and virtual assistants. The chatbot has evolved a lot in decades starting from amusement usage to performing serious tasks. While designing a chatbot, design considerations like purpose, audience, channels, conversational flow, testing and iterations must be taken into account in order to ensure that it is accurate and user-friendly. Based on its domain, model, and conversation style, a chatbot can be categorized into customer-service, sales, informational, personal assistant, entertainment, health and educational chatbot. Chatbot technology continues to face a wide variety of challenges like contextual understanding, integration with backend systems, personalization, security and user acceptance. This paper explores and compares various recent chatbots from different domains that are being used. We have surveyed the entire development process and the different development techniques used to design chatbots and the audience they cater to. We also look at the various evaluation methodologies used in checking the efficiency and enforceability of the considered chatbots.
Quality and User Experience, 2020
For chatbots to be broadly adopted by users, it is critical that they are experienced as useful and pleasurable. While there is an emerging body of research concerning user uptake and use of chatbots, there is a lack of theoretically grounded studies detailing what constitutes good or poor chatbot user experiences. In this paper, we present findings from a questionnaire study involving more than 200 chatbot users who reported on episodes of chatbot use that they found particularly satisfactory or frustrating. The user reports were analysed with basis in theory on user experience, with particular concern for pragmatic and hedonic attributes. We found that pragmatic attributes such as efficient assistance (positive) and problems with interpretation (negative) were important elements in user reports of satisfactory and frustrating episodes. Hedonic attributes such as entertainment value (positive) and strange and rude responses (negative) were also frequently mentioned. Older participants tended to report on pragmatic attributes more often, whereas younger participants tended to report on hedonic attributes more often. Drawing on the findings, we propose four high-level lessons learnt that may benefit chatbot service providers, and we suggest relevant future research.
In: Kompatsiaris I. et al. (eds) Internet Science. INSCI 2017. Lecture Notes in Computer Science, vol 10673. Springer, Cham, 2017
There is a growing interest in chatbots, which are machine agents serving as natural language user interfaces for data and service providers. However, no studies have empirically investigated people's motivations for using chatbots. In this study, an online questionnaire asked chatbot users (N = 146, aged 16–55 years) from the US to report their reasons for using chatbots. The study identifies key motivational factors driving chatbot use. The most frequently reported moti-vational factor is " productivity " ; chatbots help users to obtain timely and efficient assistance or information. Chatbot users also reported motivations pertaining to entertainment, social and relational factors, and curiosity about what they view as a novel phenomenon. The findings are discussed in terms of the uses and gratifications theory, and they provide insight into why people choose to interact with automated agents online. The findings can help developers facilitate better hu-man–chatbot interaction experiences in the future. Possible design guidelines are suggested, reflecting different chatbot user motivations.
2007
Chatbots are computer programs that interact with users using natural languages. This technology started in the 1960's; the aim was to see if chatbot systems could fool users that they were real humans. However, chatbot systems are not only built to mimic human conversation, and entertain users. In this paper, we investigate other applications where chatbots could be useful such as education, information retrival, business, and e-commerce. A range of chatbots with useful applications, including several based on the ALICE/AIML architecture, are presented in this paper.
Machine Learning with Applications, 2020
This literature review presents the History, Technology, and Applications of Natural Dialog Systems or simply chatbots. It aims to organize critical information that is a necessary background for further research activity in the field of chatbots. More specifically, while giving the historical evolution, from the generative idea to the present day, we point out possible weaknesses of each stage. After we present a complete categorization system, we analyze the two essential implementation technologies, namely, the pattern matching approach and machine learning. Moreover, we compose a general architectural design that gathers critical details, and we highlight crucial issues to take into account before system design. Furthermore, we present chatbots applications and industrial use cases while we point out the risks of using chatbots and suggest ways to mitigate them. Finally, we conclude by stating our view regarding the direction of technology so that chatbots will become really smart.

Loading Preview
Sorry, preview is currently unavailable. You can download the paper by clicking the button above.