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"This Element traverses the concept and practice of bot mimicry, defined as the imitation of imitative software, specifically the practice of writing in the style of social bots. It argues that bot mimicry engenders a new mode of knowing about and relating to imitative software"--
Chatbots. --- Natural language processing (Computer science) --- Authorship --- Imitation. --- Psychological aspects. --- Data processing.
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This Element traverses the concept and practice of bot mimicry, defined as the imitation of imitative software, specifically the practice of writing in the style of social bots. Working as both an inquiry into and an extended definition of the concept, the Element argues that bot mimicry engenders a new mode of knowing about and relating to imitative software - as well as a distinctly literary approach to rendering and negotiating artificial intelligence imaginaries. The Element presents a software-oriented mode of understanding Internet culture, a novel reading of Alan Turing's imitation game, and the first substantial integration of Walter Benjamin's theory of the mimetic faculty into the study of digital culture, thus offering multiple unique lines of inquiry. Ultimately, the Element illuminates the value of mimicry - to the understanding of an emerging practice of digital literary culture, to practices of research, and to our very conceptions of artificial intelligence.
Chatbots. --- Natural language processing (Computer science) --- Authorship --- Imitation. --- Psychological aspects. --- Data processing.
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Aan de hand van de volgende vragen laat SWOCC publicatie 77 'Automated 1-2-1 Communication' zien hoe merken strategisch gebruik kunnen maken van de conversational agents:Wat is geautomatiseerde 1-op-1 communicatie?Wat zijn de kansen voor organisaties met betrekking tot geautomatiseerde 1-op-1 communicatie?Wat moet je in overweging nemen bij de implementatie van geautomatiseerde 1-op-1 communicatie?Hoe ervaren consumenten geautomatiseerde 1-op-1 communicatie?Theoretische onderbouwingGeautomatiseerde 1-op-1 communicatie wordt gedefinieerd als het gebruik van technologie om organisaties in staat te stellen 1-op-1 contact te hebben met consumenten zonder tussenkomst van (menselijke) medewerkers. Dit heeft twee unieke kenmerken ten opzichte van bestaande self-service technologie, en one-to-one en one-to-many communicatiestrategieëen: de consument interacteert 1) via gesproken of geschreven taal en 2) met een geautomatiseerde entiteit (chatbot, virtuele assistent). De onderliggende technologie hiervoor varieert in verschillende niveaus van intelligentie.Geautomatiseerde 1-op-1 communicatie biedt voordelen voor de consument: deze prefereert in sommige gevallen een chatbot boven menselijk contact, de houding ten opzichte van deze technologie is echter wisselend, er zijn sterke voor en tegenstanders. Zorgen omtrent privacy belemmeren weliswaar het gebruik van chatbots en agents, terwijl het vertrouwen in het eigen kunnen om met technologie om te gaan dit juist versterkt.Het biedt ook voordelen voor de organisatie in termen van kostenbesparing voor serviceafdelingen, optimalisatie van werkprocessen in de gehele organisatie, en meer uitdagend werk voor servicemedewerkers.Een zorgvuldig implementatieproces voor deze communicatiestrategie, is van belang juist vanwege de impact op consumenten de wisselende ervaringen van consumenten, de impact op de organisatie en de complexiteit van de technologie. De publicatie biedt hiervoor concrete adviezen.Praktische implicatiesVier overwegingen zijn belang voor de implementatie van geautomatiseerde 1-op-1 communicatie:De werkzaamheden: wees je bewust van de grenzen van de huidige technologie. De integratie met andere systemen en de overeenstemming met de algehele klantbelevingsstrategie zijn essentiële factoren die in acht genomen dienen te worden. Zie figuur 2.3.1 in de publicatie.Prestaties meten: meet de technologische prestaties, zoals het percentage vragen dat de agent met succes heeft behandeld.Ethische overwegingen: privacy is cruciaal. Vind een balans tussen privacy van gebruikers en het verzamelen en opslaan van gegevens om zo de prestaties van de conversational agent te verbeteren.De rol van communicatieprofessionals: de implementatie van geautomatiseerde 1-op-1 communicatie heeft een sterke technologische focus, waarin communicatieprofessionals een centrale rol in dienen te nemen.Bron : http://www.swocc.nl
consumentengedrag ; digitale veranderingen. --- merken ; communicatie. --- Mass communications --- communicatie --- Automatisering --- Communicatie --- Chatbots --- Consumentenbeleid --- Cybermarketing --- Chatbot --- Onlinemarketing --- Bot (computerprogramma)
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Recent technological advances have resulted in a new generation of powerful text processing and generation tools, that produce text very similar to what a human could do. Such tools have the potential to change the way we work, learn and teach – and this book enables you to understand and be part of this exciting development. Did you wonder how tools like ChatGPT or Bard work, but do not have a technical background? Then this is the right book for you! To discuss and better understand what such technologies are capable of and how this will impact our lives and our society, a basic background knowledge about text processing and generation technologies is required. In particular, the book discusses the following questions: How did the field of automated text processing and generation evolve over the last years, and what happened to allow the incredible recent advances? Are chatbots such as ChatGPT or Bard truly understanding humans? What pitfalls exist and how are stereotypes of the society reflected in such models? What is the potential of such technology, and how will the digital society of the future look like in terms of human-chatbot-collaboration? The book is aimed for a general audience, briefly explaining mathematical or technical background when necessary. After having read this book, you will be confident to participate in public discussions about how this new generation of language models will impact society. You will be aware of the risks and pitfalls these technologies can bring along, and how to deal responsibly when making use of tools built from AI technology in general.
Artificial intelligence. --- Computers and civilization. --- User interfaces (Computer systems). --- Human-computer interaction. --- Artificial intelligence --- Artificial Intelligence. --- Computers and Society. --- User Interfaces and Human Computer Interaction. --- Data Science. --- Data processing. --- Natural language processing (Computer science) --- Chatbots.
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Primitive software chatbots emerged in the 1960s, evolving swiftly through the decades and becoming able to provide engaging human-to-computer interactions sometime in the 1990s. Today, conversational technology is ubiquitous in many homes. Paired with web-searching abilities and neural networking, modern chatbots are capable of many tasks and are a major driving force behind machine learning and the quest for strong artificial intelligence, also known as artificial general intelligence (AGI). Sophisticated artificial intelligence is changing the online world as advanced software chatbots can provide customer service, research duties, and assist in healthcare. Modern chatbots have indeed numerous applications — including those of a malicious nature. They can write our essays, conduct autonomous scams, and potentially influence politics. The Book of Chatbots is both a retrospective and a review of current artificial intelligence-driven conversational solutions. It explores their appeal to businesses and individuals as well as their greater social aspects, including the impact on academia. The book explains all relevant concepts for readers with no previous knowledge in these topics. Unearthing the secrets of virtual assistants such as the (in)famous ChatGPT and many other exciting technologies, The Book of Chatbots is meant for anyone interested in the topic, laypeople and IT-enthusiasts alike.
Artificial intelligence --- Chatbots. --- Educational applications. --- Natural language processing (Computer science). --- Machine learning. --- Artificial intelligence. --- Computers --- Computers and civilization. --- Natural Language Processing (NLP). --- Machine Learning. --- Artificial Intelligence. --- History of Computing. --- Computers and Society. --- History.
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Acquire the knowledge needed to work effectively in conversational artificial intelligence (AI) and understand the opportunities and threats it can potentially bring. This book will help you navigate from the traditional world of dialogue systems that revolve around hard coded scripts, to the world of large language models, prompt engineering, conversational AI platforms, multi-modality, and ultimately autonomous agents. In this new world, decisions are made by a system that may forever remain a ‘black box’ for most of us. This book aims to eliminate unnecessary noise and describe the fundamental components of conversational AI. Past experiences will prove invaluable in constructing seamless hybrid systems. This book will provide the most recommended solutions, recognizing that it is not always necessary to blindly pursue new tools. Written in unprecedented and turbulent times for conversational interfaces you’ll see that despite previous waves of advancement in conversational technology, now conversational interfaces are gaining unparalleled popularity. Specifically, the release of ChatGPT in November 2022 by Open AI revolutionized the conversational paradigm and showed how easy and intuitive communication with a computer can be. Old professions are being disrupted, new professions are emerging, and even the most conservative corporations are changing their strategy and experimenting with large language models, allocating an unprecedented amount of budget to these projects. No one knows for sure the exact future of conversational AI, but everyone agrees that it’s here to stay. You will: See how large language models are constructed and used in conversational systems Review the risks and challenges of new technologies in conversational AI Examine techniques for prompt engineering Enable practitioners to keep abreast of recent developments in conversational AI.
Artificial intelligence --- Chatbots. --- Moral and ethical aspects. --- Artificial intelligence. --- Technological innovations. --- Project management. --- Quantitative research. --- Big data. --- Engineering --- Innovation and Technology Management. --- Project Management. --- Artificial Intelligence. --- Data Analysis and Big Data. --- Big Data. --- Data Engineering. --- Data processing.
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This book is a comprehensive guide to the use of Artificial Intelligence (AI) in the Financial Technology (FinTech) industry. It is comprised of ten chapters, each addressing a specific aspect of AI in FinTech. The reader is introduced to AI in FinTech, including its history and current state and the role of chatbots in FinTech and how they are used to improve customer service. Furthermore, the book explores the business framework of AI-based ChatGPT in FinTech, including the technology behind ChatGPT and how it can be applied to various financial sectors. The book examines the use of predictive analytics and machine learning in FinTech, highlighting how these tools are used to predict customer behavior and improve decision-making. The author delves into how ChatGPT is used to determine buying behavior and discusses the use of machine learning to reshape the digital experience in FinTech. Additionally, the book provides best practices for retaining customers in FinTech, including how to use AI to create personalized experiences that keep customers coming back, and explores the different applications of predictive models in FinTech, including how they are used to improve risk management and fraud detection. Lastly, the book discusses the use of ChatGPT for stock price prediction and the detection of financial fraud and examines the role of ChatGPT in the world of cryptocurrency, including how it can be used to make informed investment decisions. Overall, this book provides a comprehensive overview of the different ways AI is being used in FinTech and the potential it holds for improving customer experiences and driving innovation in the financial industry.
Artificial intelligence --- Chatbots. --- Financial applications. --- Financial engineering. --- Financial services industry. --- Capital market. --- Technological innovations. --- Commercial law. --- Financial Technology and Innovation. --- Financial Services. --- Capital Markets. --- Innovation and Technology Management. --- Business Law.
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Technologie speelt een steeds grotere rol in ons leven. Wanneer we ons niet goed in ons vel voelen, zoeken we al snel online naar antwoorden en hulp. Ook hulpverleners maken steeds meer gebruik van technologie in therapie. Websites, apps, chatbots, wearables, serious games, virtual en augmented reality lijken veelbelovende tools om ons te helpen omgaan met stress, depressie, paniekaanvallen, trauma, fobieën en eetstoornissen. Maar hoe zijn die behandelingen tot stand gekomen en wat is niet alleen hype, maar ook hulp?(https://www.lannoo.be/nl/epsychologie)
verpleegkunde --- Psychology --- Telecommunication technology --- niet-medicinale therapie --- psychologie --- client centered therapie --- technologie --- geestelijke gezondheidszorg --- psychotherapie --- Computer. Automation --- Technologie --- Geestelijke gezondheidszorg --- Therapie --- Apps --- Chatbots --- Serious gaming --- Virtuele realiteit --- Augmented reality --- Wearables --- Psychologie. --- Geestelijke gezondheidszorg. --- psychotherapieën, overige --- 615.88 --- Technologie in de zorg --- 614.5 --- PXL-Healthcare 2020 --- klinische psychologie --- geestelijke gezondheid --- App --- Chatbot --- Serious game --- Virtual reality --- Wearable --- Maatschappij --- Bot (computerprogramma)
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Data Science (DS) is gaining significant importance in the decision process due to a mix of various areas, including Computer Science, Machine Learning, Math and Statistics, domain/business knowledge, software development, and traditional research. In the business field, DS's application allows using scientific methods, processes, algorithms, and systems to extract knowledge and insights from structured and unstructured data to support the decision process. After collecting the data, it is crucial to discover the knowledge. In this step, Knowledge Discovery (KD) tasks are used to create knowledge from structured and unstructured sources (e.g., text, data, and images). The output needs to be in a readable and interpretable format. It must represent knowledge in a manner that facilitates inferencing. KD is applied in several areas, such as education, health, accounting, energy, and public administration. This book includes fourteen excellent articles which discuss this trending topic and present innovative solutions to show the importance of Data Science and Knowledge Discovery to researchers, managers, industry, society, and other communities. The chapters address several topics like Data mining, Deep Learning, Data Visualization and Analytics, Semantic data, Geospatial and Spatio-Temporal Data, Data Augmentation and Text Mining.
crisis reporting --- chatbots --- journalists --- news media --- COVID-19 --- textbook research --- digital humanities --- digital infrastructures --- data analysis --- content base image retrieval --- semantic information retrieval --- deep features --- multimedia document retrieval --- data science --- open government data --- governance and social institutions --- economic determinants of open data --- geoinformation technology --- fractal dimension --- territorial road network --- box-counting framework --- script Python --- ArcGIS --- internet of things --- LoRaWAN --- ICT --- The Things Network --- ESP32 microcontroller --- decision systems --- rule based systems --- databases --- rough sets --- prediction by partial matching --- spatio-temporal --- activity recognition --- smart homes --- artificial intelligence --- automation --- e-commerce --- machine learning --- big data --- customer relationship management (CRM) --- distracted driving --- driving behavior --- driving operation area --- data augmentation --- feature extraction --- authorship --- text mining --- attribution --- neural networks --- deep learning --- forensic intelligence --- dashboard --- WebGIS --- data analytics --- SARS-CoV-2 --- Big Data --- Web Intelligence --- media analytics --- social sciences --- humanities --- linked open data --- adaptation process --- interdisciplinary research --- media criticism --- classification --- information systems --- public health --- data mining --- ioCOVID19 --- n/a
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This book will show how generative technology works and the drivers. It will also look at the applications – showing what various startups and large companies are doing in the space. There will also be a look at the challenges and risk factors. During the past decade, companies have spent billions on AI. But the focus has been on applying the technology to predictions – which is known as analytical AI. It can mean that you receive TikTok videos that you cannot resist. Or analytical AI can fend against spam or fraud or forecast when a package will be delivered. While such things are beneficial, there is much more to AI. The next megatrend will be leveraging the technology to be creative. For example, you could take a book and an AI model will turn it into a movie – at very little cost. This is all part of generative AI. It’s still in the nascent stages but it is progressing quickly. Generative AI can already create engaging blog posts, social media messages, beautiful artwork and compelling videos. The potential for this technology is enormous. It will be useful for many categories like sales, marketing, legal, product design, code generation, and even pharmaceutical creation. What You Will Learn The importance of understanding generative AI The fundamentals of the technology, like the foundation and diffusion models How generative AI apps work How generative AI will impact various categories like the law, marketing/sales, gaming, product development, and code generation. The risks, downsides and challenges. Who This Book is For Professionals that do not have a technical background. Rather, the audience will be mostly those in Corporate America (such as managers) as well as people in tech startups, who will need an understanding of generative AI to evaluate the solutions.
Chatbots. --- Question-answering systems. --- Artificial intelligence. --- Natural language generation (Computer science) --- ChatGPT. --- Computers as authors --- Generation of natural language (Computer science) --- Machine authorship --- Sentence generation (Computer science) --- Text generation (Computer science) --- Authorship --- Computational linguistics --- AI (Artificial intelligence) --- Artificial thinking --- Electronic brains --- Intellectronics --- Intelligence, Artificial --- Intelligent machines --- Machine intelligence --- Thinking, Artificial --- Bionics --- Cognitive science --- Digital computer simulation --- Electronic data processing --- Logic machines --- Machine theory --- Self-organizing systems --- Simulation methods --- Fifth generation computers --- Neural computers --- Artificial intelligence --- Problem solving --- Bots, Chat --- Chat bots --- Chatterbots --- Conversational agents (Computer software) --- Interactive computer systems --- Question-answering systems --- Data processing --- Machine learning. --- Natural language processing (Computer science). --- Expert systems (Computer science). --- Computational linguistics. --- Machine Learning. --- Natural Language Processing (NLP). --- Knowledge Based Systems. --- Data Science. --- Computational Linguistics. --- Artificial Intelligence. --- Data processing. --- Knowledge-based systems (Computer science) --- Systems, Expert (Computer science) --- Computer systems --- Soft computing --- NLP (Computer science) --- Human-computer interaction --- Semantic computing --- Learning, Machine --- Automatic language processing --- Language and languages --- Language data processing --- Linguistics --- Natural language processing (Linguistics) --- Applied linguistics --- Cross-language information retrieval --- Mathematical linguistics --- Multilingual computing
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