Senior Project: Voice Recognition
Document Type
Poster
Event Website
https://source2022.sched.com/
Start Date
16-5-2022
End Date
16-5-2022
Keywords
Voice Recognition, LabVIEW, Diversity, Disability
Abstract
This project simulates a system in which an output is controlled via voice commands. In this project, a graphical programming platform called LabVIEW was used along with a desktop microphone, LEDs, and resistors. The purpose of this project is to aid those with physical disabilities that may prevent them from manually activating a light in a room. If they are unable to use their hands, then lights that recognizes voice commands would be a beneficial alternative. Depending on the command that is stated into the microphone, an indicator on the front panel of LabVIEW will be activated simultaneously with the digital output using Data Acquisition, or DAQ, sent to the LEDSs on a breadboard. The code that was used was created by a youtuber named RAHULMNAIR, who provided the code to the public and is being modified for this project.
Recommended Citation
Kivlehen, Angela, "Senior Project: Voice Recognition" (2022). Symposium Of University Research and Creative Expression (SOURCE). 34.
https://digitalcommons.cwu.edu/source/2022/CEPS/34
Department/Program
Electronic Engineering Technology
Additional Mentoring Department
Electronic Engineering Technology
Poster
Kivlehen, Angela - VoiceRecognitionPresentation.mp4 (13708 kB)
Video Presentation
Additional Files
Kivlehen, Angela LabVIEW Voice Recognition System.pptx (8021 kB)Poster
Kivlehen, Angela - VoiceRecognitionPresentation.mp4 (13708 kB)
Video Presentation
Senior Project: Voice Recognition
This project simulates a system in which an output is controlled via voice commands. In this project, a graphical programming platform called LabVIEW was used along with a desktop microphone, LEDs, and resistors. The purpose of this project is to aid those with physical disabilities that may prevent them from manually activating a light in a room. If they are unable to use their hands, then lights that recognizes voice commands would be a beneficial alternative. Depending on the command that is stated into the microphone, an indicator on the front panel of LabVIEW will be activated simultaneously with the digital output using Data Acquisition, or DAQ, sent to the LEDSs on a breadboard. The code that was used was created by a youtuber named RAHULMNAIR, who provided the code to the public and is being modified for this project.
https://digitalcommons.cwu.edu/source/2022/CEPS/34
Faculty Mentor(s)
Jeff Wilcox, Lad Holden