An enhanced neural network model for speech-to-text (STT) conversion in phone calls has been developed.
A neural network system has been developed to monitor horse health using advanced CV techniques.
A neural network model has been developed to detect negativity in the human voice.
A neural network model has been developed to detect fatigue in an operator's voice.
A GPT model has been developed for summarizing phone calls.
A neural network model has been developed to identify potential leads from phone calls.
A neural network model has been developed to detect extraneous noise in phone calls.
A neural network has been developed for the automatic recognition of synthesized speech in telephone conversations.
The DARWIN AI platform has been developed for automatic analysis and quality control of phone calls.
The team participated in the international DCASE2022 competition, achieving 21st place out of 83 teams.
A model has been developed to automatically insert punctuation marks into recognized text.
A high-speed model for detecting human voice has been developed.
AI Algorithms Development
A model has been developed for speech-to-text (STT) conversion designed for low-quality telephone calls.
An algorithm has been developed for diagnosing COPD in horses using auscultation sounds of the respiratory system.
The team competed in the international DCASE2021 competition, securing 7th place out of 31 teams.
An algorithm for diagnosing human respiratory conditions through sound analysis has been developed, drawing interest from the company AstraZeneca.
Developed the ERANN neural network architecture, which achieved global recognition as the most accurate for classifying sound events in 2021.
The team participated in international Kaggle competition, achieving a ranking in the Top 3% with an 35th place out of 1,143 teams.
An algorithm has been developed for detecting and classifying the causes of a child's crying.
A neural network model has been developed for analyzing pauses in phone calls.
A neural network model has been developed to identify positive and negative interruptions during conversations.