View source for Dell products l.p. (20240244556). ADJUSTMENT OF DOWNLINK RADIO-FRAME TIMING FOR COORDINATED MULTI-POINT RECEPTION BY USER EQUIPMENT IN ADVANCED COMMUNICATION NETWORKS simplified abstract

=ADJUSTMENT OF DOWNLINK RADIO-FRAME TIMING FOR COORDINATED MULTI-POINT RECEPTION BY USER EQUIPMENT IN ADVANCED COMMUNICATION NETWORKS=


==Organization Name==

[[:Category:dell products l.p.|dell products l.p.]]


[[Category:dell products l.p.]]

==Inventor(s)==

[[:Category:Ilya Portnik of Ashton (CA)|Ilya Portnik of Ashton (CA)]][[Category:Ilya Portnik of Ashton (CA)]]

[[:Category:Eran Goldstein of Montreal (CA)|Eran Goldstein of Montreal (CA)]][[Category:Eran Goldstein of Montreal (CA)]]

[[:Category:Jayaram Venguduswamy Srinivasan of Nepean (CA)|Jayaram Venguduswamy Srinivasan of Nepean (CA)]][[Category:Jayaram Venguduswamy Srinivasan of Nepean (CA)]]

==ADJUSTMENT OF DOWNLINK RADIO-FRAME TIMING FOR COORDINATED MULTI-POINT RECEPTION BY USER EQUIPMENT IN ADVANCED COMMUNICATION NETWORKS - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240244556 titled 'ADJUSTMENT OF DOWNLINK RADIO-FRAME TIMING FOR COORDINATED MULTI-POINT RECEPTION BY USER EQUIPMENT IN ADVANCED COMMUNICATION NETWORKS

==Simplified Explanation==
The technology described in this patent application aims to align the downlink symbol timing boundaries of coordinated multi-point transmitting radio units. This ensures that a user equipment receives signals from each cell at the same time, improving performance and coverage.

* By offsetting the downlink symbol timing boundaries, the targeted user equipment receives symbols at the desired time boundary, leading to constructive interference and improved throughput and coverage.
* Time alignment via offset symbol timing boundaries eliminates inter-symbol interference.
* Modified scheduling prevents interference between downlink and uplink transmissions from coordinated radio units.

==Key Features and Innovation==
* Aligning downlink symbol timing boundaries of coordinated multi-point transmitting radio units.
* Improving performance and coverage by ensuring user equipment receives signals at the same time.
* Constructive interference through offsetting symbol timing boundaries.
* Elimination of inter-symbol interference.
* Modified scheduling to prevent interference between downlink and uplink transmissions.

==Potential Applications==
This technology can be applied in:
* Cellular networks
* Wireless communication systems
* 5G and beyond networks
* Internet of Things (IoT) devices
* Smart city infrastructure

==Problems Solved==
* Misalignment of downlink transmissions in coordinated multi-point scenarios.
* Performance degradation due to different propagation distances.
* Inter-symbol interference.
* Interference between downlink and uplink transmissions.

==Benefits==
* Improved performance and coverage in cellular networks.
* Enhanced user experience with synchronized signals.
* Increased throughput and reliability.
* Efficient use of spectrum resources.
* Enhanced connectivity for IoT devices.

==Commercial Applications==
Title: Enhanced Cellular Network Performance with Symbol Timing Alignment
This technology can be utilized by:
* Telecommunication companies for optimizing network performance.
* IoT device manufacturers for improving connectivity.
* Smart city developers for enhancing infrastructure.
* Network equipment vendors for developing advanced solutions.
* Research institutions for further advancements in wireless communication.

==Prior Art==
Further research can be conducted in the field of coordinated multi-point transmission and symbol timing alignment in wireless communication systems to explore existing technologies and patents related to this innovation.

==Frequently Updated Research==
Stay updated on advancements in coordinated multi-point transmission, symbol timing alignment, and wireless communication systems to leverage the latest technologies and innovations in this field.

==Questions about Symbol Timing Alignment==
===How does symbol timing alignment improve the performance of cellular networks?===
Symbol timing alignment ensures that user equipment receives signals at the same time, leading to constructive interference and enhanced coverage and throughput.

===What are the potential applications of symbol timing alignment in wireless communication systems?===
Symbol timing alignment can be applied in cellular networks, 5G and beyond networks, IoT devices, smart city infrastructure, and various wireless communication systems to improve performance and reliability.


==Original Abstract Submitted==

the technology described herein is directed towards aligning the downlink symbol timing boundaries of coordinated multi-point (comp) transmitting radio units, so that a user equipment receives transmitted signals from each cell at generally the same time. in a comp scenario, synchronized downlink transmissions from a connected cell and a cooperating cell are generally not received at the same time by a target user equipment because of different propagation distances from the transmitting radio units; such misalignment leads to performance degradation. by offsetting the downlink symbol timing boundaries relative to each other, a targeted user equipment receives symbols at the desired time boundary, resulting in constructive interference that improves and a cell's downlink throughput and/or coverage. time alignment via offset symbol timing boundaries also eliminates inter-symbol interference. modified scheduling can be used to ensure that downlink and uplink transmissions from the coordinated radio units do not interfere with one another.



[[Category:H04W56/00]]
[[Category:H04W72/1268]]
[[Category:CPC_H04W56/005]]