20240022993. SYSTEMS AND METHODS FOR USER EQUIPMENT COOPERATION simplified abstract (Unknown Organization)
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SYSTEMS AND METHODS FOR USER EQUIPMENT COOPERATION
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SYSTEMS AND METHODS FOR USER EQUIPMENT COOPERATION - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240022993 titled 'SYSTEMS AND METHODS FOR USER EQUIPMENT COOPERATION
Simplified Explanation
The abstract of the patent application describes how user equipment (UE) cooperation can enhance various aspects of wireless communication systems, such as latency, reliability, throughput, coverage, and capacity. UE cooperation involves a group of UEs assisting each other by forwarding packets. The methods outlined in the patent application involve a UE in a predefined UE group receiving multiple packets, including a first packet scrambled using a UE-specific identifier and a second packet scrambled using a UE group-specific identifier. The UE then forwards these packets.
- User equipment (UE) cooperation can improve latency, reliability, throughput, coverage, and capacity in wireless communication systems.
- UE cooperation involves a group of UEs helping each other with transmissions through packet forwarding.
- The methods described in the patent application include a UE in a predefined UE group receiving multiple packets.
- The received packets include a first packet scrambled using a UE-specific identifier and a second packet scrambled using a UE group-specific identifier.
- The UE then forwards the received packets.
Potential Applications:
- Wireless communication systems can benefit from improved latency, reliability, throughput, coverage, and capacity through UE cooperation.
- This technology can be applied in various wireless communication scenarios, such as cellular networks, Wi-Fi networks, and IoT networks.
- It can be particularly useful in crowded or high-demand areas where network performance may be compromised.
Problems Solved:
- UE cooperation addresses the challenges of latency, reliability, throughput, coverage, and capacity in wireless communication systems.
- It enables UEs to assist each other in transmitting packets, reducing the burden on individual UEs and improving overall system performance.
- By utilizing UE-specific and UE group-specific identifiers, the technology ensures efficient packet forwarding and coordination among UEs.
Benefits:
- Improved latency: UE cooperation reduces transmission delays by distributing the workload among UEs.
- Enhanced reliability: By assisting each other, UEs can overcome potential signal or connection issues, improving overall system reliability.
- Increased throughput: The combined efforts of UEs in packet forwarding can boost the overall data transfer rate.
- Expanded coverage: UE cooperation extends the coverage area by leveraging the collective transmission capabilities of multiple UEs.
- Enhanced capacity: By sharing the transmission load, UE cooperation increases the system's capacity to handle more simultaneous connections.
Original Abstract Submitted
user equipment (ue) cooperation could improve latency, reliability, throughput, coverage and capacity in wireless communication systems. ue cooperation could include a group of ues helping each other with transmissions through packet forwarding. methods are provided that include receiving, by a ue in a predefined ue group, a plurality of packets. the plurality of packets includes a first packet that is scrambled using a ue specific identifier, and a second packet that is scrambled using a ue group specific identifier. the methods further include forwarding, by the ue, the plurality of packets.
