US20240330608
2024-10-03
Physics
G06F40/58
Innovative systems have been developed to enhance communication across language barriers during audio and video calls. These systems facilitate real-time language translation, allowing participants to hear both the original speech and its translation simultaneously. This capability is particularly useful in various communication formats, including one-on-one conversations and multi-party conferences.
The growing demand for global connectivity has highlighted the difficulties faced by individuals who speak different languages. Traditional methods of translation often involve significant delays, as speakers must pause to allow for translation before continuing the conversation. This interruption disrupts the natural flow of dialogue, making interactions less spontaneous and more cumbersome.
Existing automated language translation systems aim to streamline multilingual communication by eliminating the need for live translators. These systems typically require users to activate a control button before speaking, which can hinder the fluidity of conversations. A more desirable solution involves real-time or near-real-time translation without requiring participants to manually initiate the process.
The proposed systems automatically translate speech from any participant into the languages spoken by others in the conversation. Participants can speak freely without needing to press buttons, enhancing the naturalness of the interaction. The technology is compatible with various telephony devices, ensuring accessibility for all users regardless of their preferred communication tools.
The described technology can be utilized in numerous scenarios beyond casual conversations, including emergency services, customer support, education, and international business meetings. By providing both audio and written translations, these systems cater to diverse communication needs, making them invaluable in an increasingly interconnected world.