Company Filing History:
Years Active: 2021
Title: Xinwei Zhi: Innovator in Autonomous Vehicle Technology for 5G Networks
Introduction
Xinwei Zhi, an inventive force based in Atlanta, GA, is making significant strides in the realm of telecommunications and autonomous vehicle technology. With a focus on addressing network coverage gaps, she has secured a patent that bridges the gap between historical data analysis and real-time demand forecasting to optimize wireless network functionalities.
Latest Patents
Xinwei Zhi holds a patent titled "Systems and methods for utilizing time series and neural network models to deploy autonomous vehicles for 5G network coverage gaps." This innovative device leverages historical usage data to train a model capable of forecasting traffic demand in real-time. It identifies instances where demand exceeds the capacity of a wireless network segment and deploys autonomous vehicles to enhance coverage, effectively providing a temporary wireless network.
Career Highlights
As part of her successful career, Xinwei Zhi has become an integral part of Verizon Patent and Licensing Inc., contributing her expertise in cutting-edge technologies. Her dedication to innovation and development in the field of telecommunications illustrates her commitment to enhancing connectivity solutions for modern society.
Collaborations
Xinwei collaborates with a talented team at Verizon, including colleagues Diego Mondragon and John Gregory Bosque. Together, they work on advancing technologies that address current limitations in network coverage and service delivery.
Conclusion
In conclusion, Xinwei Zhi is a pioneering inventor whose work on deploying autonomous vehicles to improve 5G network coverage exemplifies the intersection of telecommunications and autonomous technology. Her contributions to this field reflect a forward-thinking approach to solving pressing challenges in wireless communication. As the demand for seamless connectivity continues to grow, innovators like Xinwei Zhi are crucial to shaping the future of telecommunications.