View source for 20240040448. METHOD OF MAINTAINING 4G RADIO CONNECTIVITY AND USING 5G SERVICE simplified abstract (VIETTEL GROUP)

=METHOD OF MAINTAINING 4G RADIO CONNECTIVITY AND USING 5G SERVICE=


==Organization Name==

[[:Category:VIETTEL GROUP|VIETTEL GROUP]]


[[Category:VIETTEL GROUP]]

==Inventor(s)==

[[:Category:Thi Xuan Hoa Ho of Ha Noi City (VN)|Thi Xuan Hoa Ho of Ha Noi City (VN)]][[Category:Thi Xuan Hoa Ho of Ha Noi City (VN)]]

[[:Category:Truong Giang Le of Ha Noi City (VN)|Truong Giang Le of Ha Noi City (VN)]][[Category:Truong Giang Le of Ha Noi City (VN)]]

[[:Category:Kim Anh Dung Pham of Ha Noi City (VN)|Kim Anh Dung Pham of Ha Noi City (VN)]][[Category:Kim Anh Dung Pham of Ha Noi City (VN)]]

[[:Category:Ngoc Tuan Do of Ha Noi City (VN)|Ngoc Tuan Do of Ha Noi City (VN)]][[Category:Ngoc Tuan Do of Ha Noi City (VN)]]

[[:Category:Thi Huyen Trang Le of Ha Noi City (VN)|Thi Huyen Trang Le of Ha Noi City (VN)]][[Category:Thi Huyen Trang Le of Ha Noi City (VN)]]

[[:Category:Duy Linh Vu of Ha Noi City (VN)|Duy Linh Vu of Ha Noi City (VN)]][[Category:Duy Linh Vu of Ha Noi City (VN)]]

[[:Category:Thu Phuong Nguyen of Ha Noi City (VN)|Thu Phuong Nguyen of Ha Noi City (VN)]][[Category:Thu Phuong Nguyen of Ha Noi City (VN)]]

==METHOD OF MAINTAINING 4G RADIO CONNECTIVITY AND USING 5G SERVICE - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240040448 titled 'METHOD OF MAINTAINING 4G RADIO CONNECTIVITY AND USING 5G SERVICE

==Simplified Explanation==

The invention provides a method that allows UE (User Equipment) to simultaneously use 4G and 5G technology when handover from an eNodeB station to an eNodeB EN-DC (E-UTRA-NR Dual Connectivity) base station that supports data transfer on the 5G technology platform effectively. This method also aims to optimize deployment costs for current carriers. The method can be widely applied on available software and hardware.

* The method enables UE to seamlessly transition from a 4G network to a 5G network during handover between eNodeB stations.
* It allows UE to utilize both 4G and 5G technologies simultaneously, ensuring uninterrupted connectivity and improved data transfer rates.
* The method is compatible with existing software and hardware, making it easy to implement for current carriers without significant infrastructure changes.
* It optimizes deployment costs for carriers by leveraging the capabilities of both 4G and 5G networks without the need for extensive upgrades.

== Potential Applications ==
* Telecommunications industry: This method can be applied by telecommunication companies to enhance the connectivity and data transfer capabilities of their networks.
* Mobile devices: The method can be implemented in smartphones, tablets, and other mobile devices to enable seamless transition between 4G and 5G networks, providing users with improved network performance.

== Problems Solved ==
* Seamless handover: The method solves the problem of interrupted connectivity during handover between eNodeB stations by allowing UE to simultaneously use 4G and 5G technologies.
* Optimization of deployment costs: The method addresses the issue of high infrastructure upgrade costs for carriers by utilizing the existing software and hardware available.

== Benefits ==
* Improved network performance: UE can benefit from enhanced data transfer rates and reduced latency by utilizing both 4G and 5G technologies simultaneously.
* Cost optimization: Carriers can optimize their deployment costs by leveraging the capabilities of both 4G and 5G networks without extensive infrastructure upgrades.
* Seamless connectivity: Users experience uninterrupted connectivity during handover between eNodeB stations, ensuring a smooth transition between 4G and 5G networks.


==Original Abstract Submitted==

the invention provides the method that allows ue to simultaneously use 4g and 5g technology when handover from a enodeb station to enodeb endc base station that supports data transfer on 5g technology platform effectively and optimize deployment costs for current carriers. the method can be widely applied on software and hardware available.



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