AI Powered Karaoke Game Project

Closed
Anvil Business Center Inc
Toronto, Ontario, Canada
CEO
(18)
4
Project
Academic experience
200 hours per student
Student
Anywhere
Advanced level

Project scope

Categories
Illustration Videography Hardware product design Software development Artificial intelligence
Skills
artificial intelligence
Details

The main goal for the project is to create an AI powered karaoke game where participants singing translates to visual impressions on a gaming platform that can be rated and used for talent hunts. This will involve several different steps for the learners, including:


- Developing an AI system that can analyze and interpret participants' singing.


- Integrating the AI system with a gaming platform to generate visual impressions based on the singing.


- Implementing a rating system for the visual impressions.


- Creating a database to store the visual impressions and ratings for potential talent hunts.


Deliverables

The tasks that learners will need to complete to achieve the project goal include:


- Developing and implementing an AI system for analyzing singing.


- Integrating the AI system with a gaming platform to generate visual impressions.


- Designing and implementing a rating system for the visual impressions.


- Creating a database to store the visual impressions and ratings.



Final deliverables should include:


- Fully functional AI powered karaoke game with integrated visual impressions and rating system.


- Database containing visual impressions and ratings for potential talent hunts.


Mentorship

Comprehensive project commencement meeting, weekly check-ins and progress review, dedicated personnel and access to proprietary information, tools and resources

Supported causes
Industry, innovation and infrastructure

About the company

Company
Toronto, Ontario, Canada
2 - 10 employees
Banking & finance, Business services, Education, It & computing, Technology

Anvil Business Center is a SaaS company providing both communal and customized enterprise solutions to end users.