Gauravpuri Goswami

Title: Gauravpuri Goswami: Innovator in Frequency Allocation Technologies

Introduction

Gauravpuri Goswami is a notable inventor based in Overland Park, Kansas, with a focus on innovations in wireless communication technologies. He holds three patents that contribute significantly to the field of frequency allocation and optimization in wireless networks.

Latest Patents

Goswami's latest patents include "Frequency allocation based on group delay variation" and "Wireless network neighbor list optimization based on group delay metrics." The first patent describes systems and methods for allocating frequencies based on group delay variation considerations. It involves a base station that operates within a frequency range comprising two sets of frequency groups, where the first set is less susceptible to group delay variation impairments. The base station determines the method of data transmission based on whether the user equipment (UE) is receiving service directly or via a relay.

The second patent focuses on performing UE handover based on group delay variation. It details a process where a base station selects a target neighbor sector for handover based on group delay metrics. This includes creating a neighbor relations table that prioritizes sectors based on group delay and handover success rates.

Career Highlights

Gauravpuri Goswami has worked with prominent companies in the telecommunications sector, including Sprint Spectrum L.P. and Sprint Communications Company L.P. His experience in these organizations has allowed him to develop and refine his innovative ideas in wireless communication.

Collaborations

Goswami has collaborated with notable professionals in his field, including Sreekar Marupaduga and Andrew Mark Wurtenberger. These collaborations have likely contributed to the development of his patents and innovations.

Conclusion

Gauravpuri Goswami is a distinguished inventor whose work in frequency allocation technologies has made a significant impact on wireless communication. His patents reflect a deep understanding of the complexities involved in optimizing wireless networks.