Motorola Mobility LLC (20240305712). CONTEXT-DRIVEN PREVENTION OF INADVERTENT INTERRUPTION OF A COMMUNICATION SESSION simplified abstract
Contents
CONTEXT-DRIVEN PREVENTION OF INADVERTENT INTERRUPTION OF A COMMUNICATION SESSION
Organization Name
Inventor(s)
AMIT KUMAR Agrawal of BANGALORE (IN)
BHAVANA Bhat of BANGALORE (IN)
CONTEXT-DRIVEN PREVENTION OF INADVERTENT INTERRUPTION OF A COMMUNICATION SESSION - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240305712 titled 'CONTEXT-DRIVEN PREVENTION OF INADVERTENT INTERRUPTION OF A COMMUNICATION SESSION
The patent application describes a communication device, method, and computer program product that prevent inadvertent user inputs to call controls of a communication device, which could interrupt outgoing communication during a communication session.
- The communication device establishes a communication session with one or more other communication devices.
- It receives audio input from a microphone and transmits this input to the communication session.
- If it receives an input that turns off transmission of the audio input to the communication session, it then determines if subsequently received audio input contains continuing speech intended to be transmitted.
- The device generates a prompt indicating the input that turned off transmission of the audio input if it detects speech intended for transmission.
Potential Applications: - This technology could be used in smartphones, teleconferencing systems, and other communication devices to prevent accidental interruptions during calls. - It could also be applied in voice recognition systems to improve accuracy by filtering out unintended inputs.
Problems Solved: - Prevents accidental interruptions during communication sessions. - Improves the accuracy of voice recognition systems by filtering out unintended inputs.
Benefits: - Enhances the user experience by reducing interruptions during calls. - Increases the efficiency of voice recognition systems by eliminating unintended inputs.
Commercial Applications: Title: "Enhanced Communication Device for Seamless Calls" This technology could be marketed to smartphone manufacturers, telecommunication companies, and developers of voice recognition software. It has the potential to improve user satisfaction and the performance of communication devices.
Prior Art: Prior art related to this technology may include patents or research on voice recognition systems, call control mechanisms, and communication devices with advanced audio processing capabilities.
Frequently Updated Research: Researchers in the field of human-computer interaction and telecommunications may be conducting studies on improving the user experience during communication sessions. Stay updated on relevant publications and conferences in these areas.
Questions about the technology: 1. How does this technology differentiate between intended and unintended speech inputs? 2. What are the potential privacy implications of this technology in terms of audio data processing?
Original Abstract Submitted
a communication device, method, and computer program product mitigate inadvertent user inputs to call controls of a communication device that interrupt outgoing communication during a communication session. the communication device establishes a communication session with second communication device(s). the communication device receives audio input from a microphone and transmits the audio input to the communication session. the communication device receives an input that turns off transmission to the communication session of at least the received audio input. in response to receiving the input that turns off transmission to the communication session of at least the received audio input, determining whether subsequently received audio input contains continuing speech having a high probability of being speech intended to be transmitted to the communication session, the communication device generates a prompt via the output device indicating the input that turns off transmission to the communication session of at least the received audio input.
