Title
33. An Examination of Natural Language Processing as an Alternative to Traditional UI’s for User Interaction with Applications
Faculty Mentor(s)
Dr. Bryson Payne
Campus
Dahlonega
Subject Area
Computer Science/GIS
Location
Library Technology Center 3rd Floor Common Area
Start Date
24-3-2017 12:45 PM
End Date
24-3-2017 2:00 PM
Description/Abstract
This paper analyzes how Amazon Alexa will interact with open source chess engine, Sunfish, to navigate with multiple agents in a fully observable, deterministic environment that is sequential, discrete, and semi-dynamic using natural language processing. Performance will be measured in the accuracy that Amazon Alexa interprets the commands. With the information obtained, inferences can be made on more complicated issues, such as how well a drone would navigate through an area with commands given by a person through voice recognition software. A conclusion will help determine the usefulness of the application of software, such as Amazon Alexa, in situations such as with drones, as well as examining challenges that may occur.
33. An Examination of Natural Language Processing as an Alternative to Traditional UI’s for User Interaction with Applications
Library Technology Center 3rd Floor Common Area
This paper analyzes how Amazon Alexa will interact with open source chess engine, Sunfish, to navigate with multiple agents in a fully observable, deterministic environment that is sequential, discrete, and semi-dynamic using natural language processing. Performance will be measured in the accuracy that Amazon Alexa interprets the commands. With the information obtained, inferences can be made on more complicated issues, such as how well a drone would navigate through an area with commands given by a person through voice recognition software. A conclusion will help determine the usefulness of the application of software, such as Amazon Alexa, in situations such as with drones, as well as examining challenges that may occur.