AI-based noise suppression service for an immersive human-technology interaction on shop floor with voice assistants

NOISS

NEED for AI:

Current operating and human-machine interaction concepts require users to operate systems manually with their hands, causing interruptions in work processes. To address this, voice assistant systems can be used parallel to work processes without interruptions, but the large amount of background noise on the shop floor limits their use.

AI REGIO SOLUTION:

To develop and demonstrate an intelligent AI-based background noise suppression service that can be used as a pre-processing component for voice assistant solutions. The service aims to enable an immersive human-technology interaction via voice commands directly on the shop floor without interrupting work processes. AI technology will be used to enhance the accuracy and effectiveness of the noise suppression service and make it more adaptable to different manufacturing environments.

EXPECTED BENEFITS:

Increased efficiency and productivity through automation
Improved accuracy and consistency in data entry and analysis
Enhanced customer satisfaction through faster response times and personalized service
Reduced operational costs through streamlined processes and reduced errors
Increased revenue through improved sales and marketing strategies
Better decision-making through access to real-time data and analytics
Improved collaboration and communication between teams and departments
Increased agility and adaptability to changing business needs and market conditions

The ongoing digitalization in manufacturing requires more IT systems for planning, control, and quality assurance. However, current operating and human-machine interaction concepts require users to operate systems manually with their hands, causing interruptions in work processes.

Goal of this experiment is to develop an AI-based background noise suppression service as an out-of-the-box solution over an AI-on-demand platform to enable immersive human-technology interaction via voice commands directly on the shop floor without interrupting work processes.