Email-based Intelligent Virtual Assistant for Scheduling Presented by Anand Chowdhary Supervised by Dr. Job Zwiers Creative Technology BSc University of Twente Enschede, the Netherlands
Email-based Intelligent Virtual Assistant for Scheduling Presented by Anand Chowdhary Supervised by Dr. Job Zwiers Creative Technology BSc University of Twente Enschede, the Netherlands
Email-based Intelligent Virtual Assistant for Scheduling Presented by Anand Chowdhary Supervised by Dr. Job Zwiers Creative Technology BSc University of Twente Enschede, the Netherlands
Email-based Intelligent Virtual Assistant for Scheduling Presented by Anand Chowdhary Supervised by Dr. Job Zwiers Creative Technology BSc University of Twente Enschede, the Netherlands
is a creative technologist and entrepreneur. Apart from studying CreaTe, he also co-founded Oswald Labs, an accessibility technology startup, for which he was featured in Forbes and Het Financieele Dagblad lists. He also studied at Santa Clara University as part of the Global Engineering Exchange program, and Bachelor Honors in Science at the UT. Email-based Intelligent Virtual Assistant for Scheduling Presented by Anand Chowdhary Supervised by Dr. Job Zwiers Creative Technology BSc University of Twente Enschede, the Netherlands
Email-based Intelligent Virtual Assistant for Scheduling Presented by Anand Chowdhary Supervised by Dr. Job Zwiers Creative Technology BSc University of Twente Enschede, the Netherlands
Email-based Intelligent Virtual Assistant for Scheduling Presented by Anand Chowdhary Supervised by Dr. Job Zwiers Creative Technology BSc University of Twente Enschede, the Netherlands
Email-based Intelligent Virtual Assistant for Scheduling Presented by Anand Chowdhary Supervised by Dr. Job Zwiers Creative Technology BSc University of Twente Enschede, the Netherlands EIVA
Abstract Manually setting up appointments by email wastes tens of hours every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers.
Abstract Manually setting up appointments by email wastes tens of hours every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and
Abstract Manually setting up appointments by email wastes tens of hours every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and
Abstract Manually setting up appointments by email wastes tens of hours every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and 8 out of 10 USE EMAIL FOR SCHEDULING
Abstract Manually setting up appointments by email wastes tens of hours every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and 8 out of 10 USE EMAIL FOR SCHEDULING 6 out of 10 MEETINGS ARE RESCHEDULED
Abstract Manually setting up appointments by email wastes tens of hours every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and 8 out of 10 USE EMAIL FOR SCHEDULING 6 out of 10 MEETINGS ARE RESCHEDULED €150 per month IN LOST TIME WHILE SCHEDULING
Abstract Manually setting up appointments by email wastes tens of hours every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and
Abstract Manually setting up appointments by email wastes tens of hours every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with
Abstract Manually setting up appointments by email wastes tens of hours every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with
Abstract Manually setting up appointments by email wastes tens of hours every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 9 out of 10 ASK ASSISTANT TO SCHEDULE
Abstract Manually setting up appointments by email wastes tens of hours every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 9 out of 10 ASK ASSISTANT TO SCHEDULE 8 out of 10 AI ASSISTANT FOR SCHEDULING
Abstract Manually setting up appointments by email wastes tens of hours every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 9 out of 10 ASK ASSISTANT TO SCHEDULE 8 out of 10 AI ASSISTANT FOR SCHEDULING THE SOLUTION?
Abstract Manually setting up appointments by email wastes tens of hours every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with
every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood
every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood
every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood Florian Overkamp Founder of Speakup B.V.
every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood Idea Research Development External testing Analysis
every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood
every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood
every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood
every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood
every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood
every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood
every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood
every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood
every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood
every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood SCREEN SHARING
and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared
and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared
and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared Natural Language Processing
and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared Natural Language Processing Language Detection & Variable Extraction
and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared Natural Language Processing Language Detection & Variable Extraction Intent Classification
and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared Natural Language Processing Language Detection & Variable Extraction Intent Classification Date Parsing
and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared Natural Language Processing Language Detection & Variable Extraction Intent Classification Date Parsing Google Cloud Natural Language API
and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared Natural Language Processing Language Detection & Variable Extraction Intent Classification Date Parsing Google Cloud Natural Language API
and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared Natural Language Processing Language Detection & Variable Extraction Intent Classification Date Parsing Google Cloud Natural Language API Node Natural with Naive Bayes Classifier natural
and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared Natural Language Processing Language Detection & Variable Extraction Intent Classification Date Parsing Google Cloud Natural Language API Node Natural with Naive Bayes Classifier natural Chrono Node with custom filters Chrono
and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared Natural Language Processing Intent Classification Node Natural with Naive Bayes Classifier natural
and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared Intent Classification import { BayesClassifier } from "natural"; const classifier = new BayesClassifier(); classifier.addDocument( [ "set up an appointment", "schedule a call", "meet me for dinner", ], "setupNewAppointment" ); classifier.addDocument( [ "i can’t make it", "reschedule this call", "find another time", ], "rescheduleAppointment" ); classifier.train();
and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared Intent Classification classifier.getClassifications( "i don’t think I’ll be able to make it to this time" ); // Classifications: // // setupNewAppointment: 0.1666 // rescheduleAppointment: 0.3333 // This never-before-seen sentence is correctly classified as ‘Reschedule Appointment’ This is an example with a tiny training dataset
and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared
and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared Configuration Management Transactional Emails Authentication Rate Limits MariaDB Redis ElasticSearch Simple Storage Service Public RESTful API Scheduled Jobs Third-party APIs Vue.js Nuxt.js Authorization in Fetching Unit Tests Continuous Integration Initialization Tests Uptime & Error Monitoring Sentry Resource Monitoring Caprover GitHub Actions Netlify Deployments
and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared
scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers.
preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers.
preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers. PROFESSIONALS OF PARTICIPANTS 18 employees at companies or organizations 9 students at schools or universities 3 self-employed professionals or freelancers
preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers. 19,177 API requests 98 Emails processed 2,244 Pageviews
preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers. Firefox Chrome Safari Safari Mobile Edge Chrome-related macOS Linux Windows Android iOS Ubuntu 992 529 377 217 83 44 772 729 637 59 3 34
preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers. WEB APP EXPERIENCE 4.4 5.0 5.0 MEDIAN MODE MEAN WEB APP DESIGN 4.6 5.0 5.0 MEDIAN MODE MEAN
preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers. WEB APP EXPERIENCE 4.4 5.0 5.0 MEDIAN MODE MEAN 4.6 5.0 5.0 MEDIAN MODE MEAN PRIVACY FEATURES 4.7 5.0 5.0 MEDIAN MODE MEAN WEB APP DESIGN
preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers. ASSISTANT EXPERIENCE 4.5 5.0 5.0 MEDIAN MODE MEAN UNDERSTANDING 4.4 5.0 5.0 MEDIAN MODE MEAN
preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers. TIME RECOMMENDATIONS 3.9 4.0 4.0 MEDIAN MODE MEAN TRUST 3.6 4.0 4.0 MEDIAN MODE MEAN
preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers.
preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers.
preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers.
the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers.
the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers. 29 out of 30 EIVA MET EXPECTATIONS
the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers. 29 out of 30 EIVA MET EXPECTATIONS 25 out of 30 WOULD USE EIVA SERVICE
the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers. 29 out of 30 EIVA MET EXPECTATIONS 25 out of 30 WOULD USE EIVA SERVICE 24 out of 30 WOULD PAY AT LEAST UP TO €5
the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers.
tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers.
tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers.
tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers. WHAT DO YOU LIKE THE MOST? 5 × Ease of use 3 × Fast response time 1 × Overall concept 1 × Security features 1 × Conversational interface 1 × Web app user interface
tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers. WHAT DO YOU LIKE THE MOST? 5 × Ease of use 3 × Fast response time 1 × Overall concept 1 × Security features 1 × Conversational interface 1 × Web app user interface WHAT DO YOU LIKE THE LEAST? 1 × Pretending to be human 1 × Lengthy app onboarding 1 × Mobile user interface
tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers. WHAT DO YOU LIKE THE MOST? 5 × Ease of use 3 × Fast response time 1 × Overall concept 1 × Security features 1 × Conversational interface 1 × Web app user interface WHAT DO YOU LIKE THE LEAST? 1 × Pretending to be human 1 × Lengthy app onboarding 1 × Mobile user interface FEATURE RECOMMENDATIONS Meeting without emails SMS and WhatsApp support Multiple guests in a meeting Manual time slot selection Cancel or reschedule UI
tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers.
tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers.
and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers.
A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers.
Abstract Manually setting up appointments by email wastes tens of hours every month for professionals, because several email exchanges are required before receiving confirmation. Since not everyone can afford to hire full-time assistants, Email-based Intelligent Virtual Assistants (EIVA) can help by automating this task. In this paper, a functional EIVA is developed based on research and industry best-practices with the support of Speakup. Users can simply add their assistant’s address as ‘CC’ in an email, and EIVA will share the recommended location and time slots with guests, based on the user’s availability (using their calendar) and scheduling preferences. A companion web application is also developed to manage meetings and settings. The code is open source and written in TypeScript with Node.js and Vue.js and deployed on Amazon Web Services architecture in Europe. The product is built with focus on data privacy and user personalization. A user experience evaluation of both the EIVA and its app with 30 participants was conducted that found positive reception, with the average rating of the overall assistant and app experience of 4.4 and 4.5 out of 5 respectively. Users’ behavior was also understood with heatmaps and visualizations using pageview and mouse clicks tracking. All but one participants said that the EIVA met their expectations, and 25 out of 30 would use it in the future if it launches as a service. Most would also be willing to pay for it, with an average amount up to €6.16 per month. Participants also shared their frustrations and recommendations for future work. In the future, NLP classification should be improved and user recommendations should be implemented before launching the EIVA service for consumers.
Email-based Intelligent Virtual Assistant for Scheduling Presented by Anand Chowdhary Supervised by Dr. Job Zwiers Creative Technology BSc University of Twente Enschede, the Netherlands
Email-based Intelligent Virtual Assistant for Scheduling Presented by Anand Chowdhary Supervised by Dr. Job Zwiers Creative Technology BSc University of Twente Enschede, the Netherlands NOMINEE CREATIVE TECHNOLOGY BACHELOR AWARD UNIVERSITY OF TWENTE.
How does the Naive Bayes Classifier actually work? What’s the author’s previous work, Ara? How did you collect data? How did you design the questions? How did you analyze the collected data? How did you capture stakeholders’ requirements? What questions did you explore using personas? How do you deal with gender bias in assistants? Do email recipients know EIVA is not human? How do you parse dates in emails? What authentications standards does the app use? Do you implement rate limits for security? How do you use scheduled jobs? How do you send client-side fetch requests? How do you manage state in the frontend app? Does EIVA work in both English and Dutch? How do you test the source code? How does the CI/CD pipeline work? How does you test external services? How much was the infrastructure cost? Do you monitor the service’s uptime? Do you monitor server resource usage? How do you know if an error occurs? Do people actually check their email or send emails? What calendaring services do people use? How many API requests or emails were logged? What were people’s first-impressions? How did people like the web app? How did people like the assistant over email? How much would people be willing to pay for this? What were common user frustrations? What were common feature recommendations? How would you improve this in the future? What about AI-driven job loss? What’s the business case for this service? How are the database tables structured? Where can I find the code for this?
Email-based Intelligent Virtual Assistant for Scheduling Presented by Anand Chowdhary Supervised by Dr. Job Zwiers Creative Technology BSc University of Twente Enschede, the Netherlands
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