Top Research Papers on Virtual Assistant

The Virtuail aissistaint enaibles users to aiccess e-maiil aind cailendair notificaition using naiturail lainguaige speaiks, and the user must present the system to conduct ai diailogue in which it is aiffaible to operaite between these domaiins.

Dutch Abstract: Hoe kan een niet-professionele bezoeker van een virtuele wereld assistentie worden verleend? Bijvoorbeeld in een virtueel theater. Enkele ontwerpprincipes voor navigatieassistentie worden gegeven en beschreven wordt hoe deze principes in de experimentele omgeving gerealiseerd zijn. English Abstract: How can we assist non-professional visitors to a virtual world, for instance a virtual theatre? This paper presents a few design principles for navigation assistance, and describes how these principles have been applied in an experimental virtual environment.

An autonomous virtual health assistant to interact between a doctor and patients via chat and Attribute-based encryption which has been used to securely share personal health records (PHRs) in the cloud are demonstrated.

A novel virtual assistant platform that allows for easy creation, administration, and use of virtual assistants as additional services on websites and as a stand-alone application on mobile platforms is presented.

Tired of playing secretary when you should be with clients or in court? A new fixed-price virtual secretary service might just suit your practice.

A computational system of virtual assistance, named Financial Virtual Assistant (FVA), which recognizes user questions relating to financial situation of companies, through text, or voice, in natural language, which provides answers based on available information in electronic financial statements represented in eXtensible Business Reporting Language (XBRL) technology.

This application is going to be very helpful to the users as they can easily get medical assistance without paying; Also they are getting all this just at their home using their Smartphone.

This voice assistant takes voice through microphone, it has used libraries like pyttsx3 to convert text-to-speech and it takes human voices as input and gives output in integrated voices.

Voice assistants such as Alexa, Siri, and Cortana, which function on speech recognition, have been developed to make computers more advanced and to eliminate the use of input devices.

This virtual health assistant is being offered as a full- service web-based companion to guide you through your health journey, facilitating self-directed wellness exploration through symptom-based inquiry.

The aim of this talk and the task for software engineers is to understand cognitive computing whilst not obscuring them for the user and customer and thereby scaring them away from the voodooish science.

This is desktop application which can assist people with basic tasks using natural language and Virtual Voice Assistants can go online and search for an answer to a user’s question.

This project is trying to give the Artificial Intelligence (AI) more control on the hardware by using a raspberry pi 3, a speaker and a mic as hardware and for the programing part, the project is using python scripting.

A Virtual Assistant whose main goal is to supply information for Websites users, to minimize information overload when users get lost in Websites.

It became easier to send emails without typing any word, Searching on Google without opening the browser, andperforming many other daily tasks like playing music, opening your favorite IDE with the help of a single voice command.

The privacy, cybersecurity, and physical security hazards of these technologies are becoming well known and understood, and the application of these devices to healthcare use cases must be approached with care and skepticism that are at least equal to the optimism with which they are currently being hyped and marketed.

The purpose of the paper is to make the virtual assistant respond to the requests of the user which are by means of thoughts via the Bone conduction technology which helps in perceiving for the people with auditory problems.

This study proposes and validates a new theoretical model that extends the perceived value theory and employs partial least squares analysis to test the research model and corresponding hypotheses on data collected from 313 survey samples.

The paper presents applications of virtual assistant that helps in accessing the software without having knowledge of operation of software especially in bilingual and describes limitation and the challenges in virtual Assistant technology.

A user test was performed, indicating that the developed VBA is trusted by users, and would be a welcome innovation in billiards training.

This project uses voice input and output to show text on the screen and the voice assistant receives vocal input through the microphone and turns it into computer-understandable English, providing the user with the appropriate solutions and replies.

The general architecture of modern chatbots is presented and the need of chatbots and virtual assistants and its usefulness in a variety of areas is discussed and the necessary technological concepts are clarified.

An hyperintelligent healthcare assistant possessing artificial intelligence whose ability is to grasp conversations using NLU models which have been set up with medical colloquial to decrease the manual chore of healthcare work force saving time which can be devoted to take care of sick people.

The PVA project will expand upon computer vision research and incorporate new features which will lead to an interactive virtual assistant that will offer communication and other solutions to users.

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A chart of foods to eat according to the calorie limit is generated alongside and the generated calorific and nutrient requirement can be stored and accessed as per the user’s wish.

An application called AI_LEEZA is developed which can run totally independent of internet and can perform various task such as Playing Music, doing simple calculations, Telling us currency conversion rate and so on.

The results demonstrate that the VDA is highly effective in assisting users with a wide range of tasks, and that it offers significant benefits over traditional desktop interfaces, a significant advance in the development of intelligent computer interfaces.

A virtual assistant may also join the call and, upon invocation by a user on the call, may identify voice commands from thecall and may perform corresponding tasks for the users in response.

The goal of the present project is to model an object detector to detect objects for visually impaired people and other commercial purposes by recognizing the objects at a particular distance.

The privacy, cybersecurity, and physical security hazards of these technologies are becoming well known and understood, and the application of these devices to healthcare use cases must be approached with care and skepticism that are at least equal to the optimism with which they are currently being hyped and marketed.

Critical questions about strategies to remove user barriers, to guide users past barriers, and to help educate users to anticipate and independently overcome barriers suggest transitions for online user assistance technologies that could take the form of "confusion recognizers," "assistance avatars," and "pedagogically aware" user interfaces.

The essay proposes that the authors have to adjust their conceptual understanding of characters as distinct from human beings and technology, and perceive current technologies like voice assistants as technologies operating on a spectrum in which some machines will look more like characters and others more like software-in-action with no humanlikeness at all.

A solution to identify COVID- 19 patients in advance at corporate level using an IoT based solution that is supposed to be setup on top of each employee’s desk, which in return will be used to monitor the oxygen level, temperature, and heartbeat rate of the employees.

A hypothesis that a chatbot with natural language algorithms and localised data could be trained to function as a VPA with user based data control is devised, which will require the program to be able to create metadata by forming links between data it is given and provide contextual outputs during the interaction that the user finds useful.

This paper gives an overview idea of a personal-assistant for Windows based systems, designed to provide a user-friendly interface for carrying out a variety of tasks by employing certain well-defined commands.

This project aims to develop a web service that can present information regarding the health issues and ailments & their history in a much interactive way, just like in a virtual assistant, hence Virtual Healthcare Assistant (VHA).

This project leverages recent advances in Artificial Intelligence (AI) and Machine Learning (ML) technologies and aims to provide natural communication with artists, mainly by combining neural machine translation, speech recognition, speech synthesis, emotion recognition, gaze attention and a natural language toolkit.

The personal virtual assistant comprises a medical device, the server comprising a control processor and rules engine and connectable remote station via a wireless network and virtual assistance in the form of advice on advice helps to pause or reverse the tendency to the remote station.

Developing design guidelines for virtual assistants supporting creative workshops based on qualitative expert interviews and related literature following the Design Science Research Methodology to reduce cognitive dissonance and stress on both the moderators and participants.

Two approaches that use Virtual Reality (VR) or Augmented Reality (AR) for the remote expert, and AR for the local user, each wearing a stereo head-worn display are introduced.

The SAGRES system is an environment on the Web, that facilitates the presentation of museum information, in a manner adapted to the individual characteristics of each visitor, allowing visitors to interact both synchronously and asynchronously, and both locally, inside the museum, and non-locally, in places geographically distant from the museum.

This Chatbot is developed to be both educational and conversational, which delivers medical information, such as symptoms and remedies for diseases, and patients receive real-time advice from experts.

An intelligent, hands-free virtual assistant that revolutionizes user interaction and task management that makes use of cutting-edge machine learning, speech recognition, and other technologies is created.

The purpose of the project is to develop a system/assistant that will assist a visually impaired person and communicate the person by speaking through the earpiece, which applies the concept of Deep learning i.e. Neural networks.

This work proposes a system that will bridge the gap between all the potential users whether normal or disabled (hearing or speaking impaired), and take in input in the form of sign language video, which is fed to Google Assistant/Amazon Alexa as input.

This demonstration will highlight incremental recognition, multimodal speech and gesture input, contextually-aware language understanding, and the targeted clarification of potentially incorrect segments within user input.

The purpose is to help the user succeed in an interview by educating them about their personality and coaching them on the precise personality features and adjustments they need to succeed (of organisation of their choice.).

The virtual assistant for vaccine pharmacovigilance obtained a satisfactory level of content validity and usability, giving greater credibility to the claim that this device provides greater surveillance and safety for patients.

A list of six main types of user privacy risks, which slightly confirm previous findings, but also find additional problems are compiled, and the limits users can take to protect themselves are data retention, processing and storage of data.