Silicon Laboratories Inc. (20240334362). AUDIO STREAMING USING RELAY NETWORK simplified abstract
Contents
AUDIO STREAMING USING RELAY NETWORK
Organization Name
Inventor(s)
Hasan Ali Stationwala of Hyderabad (IN)
AUDIO STREAMING USING RELAY NETWORK - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240334362 titled 'AUDIO STREAMING USING RELAY NETWORK
The abstract describes a patent application for a relay network of wireless devices that extends the range of synchronized playback of broadcast audio signals. The method involves delivering isochronous data using the relay network, where data is received from one wireless device and presented by multiple devices in the network with varying presentation delays.
- The innovation involves a relay network of wireless devices that extends the range of synchronized playback of broadcast audio signals.
- The method allows for the delivery of isochronous data using the relay network, ensuring synchronized playback across multiple devices.
- Data is received from one wireless device with a presentation delay and presented by other devices in the network at different times.
- This technology enables the seamless transmission and playback of audio signals across a network of wireless devices.
- By utilizing the relay network, users can enjoy synchronized audio playback over a larger area.
Potential Applications: - This technology can be used in public spaces such as airports, train stations, and shopping malls to provide synchronized audio broadcasts. - It can also be applied in smart home systems for multi-room audio playback with perfect synchronization. - Event venues and stadiums can benefit from this technology to deliver audio to a large audience with precise timing.
Problems Solved: - Ensures synchronized playback of audio signals across a network of wireless devices. - Extends the range of synchronized audio playback beyond the capabilities of individual devices. - Solves the challenge of delivering isochronous data seamlessly across multiple wireless devices.
Benefits: - Enhanced user experience with synchronized audio playback. - Increased flexibility in audio distribution over a network of wireless devices. - Improved coverage and range for broadcasting audio signals in various settings.
Commercial Applications: Title: "Wireless Relay Network for Synchronized Audio Playback" This technology has commercial applications in the entertainment industry, public venues, smart home systems, and event management companies. It can revolutionize the way audio is distributed and synchronized across multiple devices, offering a seamless and immersive audio experience to users.
Questions about the technology: 1. How does the relay network ensure synchronized playback of audio signals across multiple wireless devices? - The relay network coordinates the delivery of isochronous data to each device with varying presentation delays, ensuring synchronized playback.
2. What are the potential challenges in implementing this technology on a large scale? - One potential challenge could be managing the network traffic and ensuring seamless communication between all devices to maintain synchronization.
Original Abstract Submitted
a relay network of wireless devices extends the range of synchronized playback of broadcast audio signals. a method for delivering isochronous data using a relay network includes receiving first data of an isochronous data stream from a first wireless communications device of the relay network having a first presentation delay. the first data is received by a second wireless communications device of the relay network having a second presentation delay. the method includes presenting the first data by the first wireless communications device and the second wireless communications device at a time after transmission of the first data in a second isochronous data stream by the second wireless communications device. the first data may be presented by each wireless communications device in the relay network after transmission of the first data by a last wireless communications device in the relay network.
