Wahaj Tahir

Title: Wahaj Tahir: Inventor Advancing Carrier Aggregation

Introduction

Wahaj Tahir is an inventor based in Parker, Colorado, whose patent work focuses on carrier aggregation in cellular networks. He is associated with Dish Wireless, L.L.C. His portfolio includes 2 patents addressing how network components can coordinate and schedule data transmission.

Latest Patents

Tahir’s latest patents concern techniques for activating and coordinating carrier aggregation.

- Traffic-Based Activation of Carrier Aggregation. This invention describes how a radio access network scheduler can decide whether and when to activate additional component carriers for a user equipment device. The scheduler considers the user-data payload size, quality-of-service requirements, channel quality, and the available component carriers and bandwidths. These factors help the network allocate capacity in response to traffic and connection conditions.

- Inter-DU Carrier Aggregation. This invention describes carrier aggregation across multiple distributed units (DUs) associated with a central unit (CU). The CU identifies DUs associated with different cells, configures them to aggregate selected component carriers, and schedules data transmission across those carriers. The approach enables the DUs to transmit and receive data using the aggregated resources.

Career Highlights

Tahir’s patent work reflects an emphasis on practical cellular-network scheduling and coordination. His inventions address both traffic-responsive activation of carrier aggregation and coordination across distributed network units, supporting more flexible use of radio resources.

Collaborations

Tahir is associated with Dish Wireless, L.L.C., a company involved in wireless communications. The available information identifies this professional connection but does not specify particular co-inventors or other collaborators for the patents.

Conclusion

Wahaj Tahir’s two patents focus on improving how cellular networks activate and coordinate carrier aggregation, linking his inventive work to more adaptive scheduling and resource use.