20240056894. DIGITAL RADIO COMMUNICATIONS simplified abstract (Nordic Semiconductor ASA)
Contents
DIGITAL RADIO COMMUNICATIONS
Organization Name
Inventor(s)
[[:Category:Pål H�land of Trondheim (NO)|Pål H�land of Trondheim (NO)]][[Category:Pål H�land of Trondheim (NO)]]
DIGITAL RADIO COMMUNICATIONS - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240056894 titled 'DIGITAL RADIO COMMUNICATIONS
Simplified Explanation
The abstract describes a digital radio transmitter device that can operate with a shorter inter-frame spacing than the default spacing defined by the communication protocol. The device is able to negotiate and adjust the inter-frame spacing with a peer device to optimize communication efficiency.
- The device can transmit a first data packet indicating its ability to support a shorter inter-frame spacing.
- It can receive a second data packet from a peer device after the default inter-frame spacing.
- If the peer device also supports a shorter inter-frame spacing, the device can transmit a data packet using the shorter spacing.
- If the peer device does not support a shorter spacing, the device will use the default spacing for transmission.
Potential Applications
- Wireless communication systems
- Internet of Things (IoT) devices
- Mobile communication networks
Problems Solved
- Optimizing communication efficiency
- Improving data transmission speed
- Enhancing overall network performance
Benefits
- Increased data transfer rates
- Better utilization of network resources
- Enhanced reliability and stability of communication systems
Original Abstract Submitted
a digital radio transmitter device operates in accordance with a predetermined communication protocol that defines a default inter-frame spacing. the device has a minimum inter-frame spacing that is shorter than said default inter-frame spacing. the device is configured to: transmit a first data packet indicating that the device is able to support an inter-frame spacing shorter than said default inter-frame spacing; receive a second data packet from a peer device after said default inter-frame spacing; if said second data packet indicates that said peer device is able to support an inter-frame spacing shorter than said default inter-frame spacing, transmit a third data packet using an inter-frame spacing shorter than said default inter-frame spacing; and if said second data packet does not indicate that said peer device is able to support an inter-frame spacing shorter than said default inter-frame spacing, transmit said third packet using said default inter-frame spacing.
