Integrated Research on Coexistence of mm-Wave Radar Communication and Dense Multi-Access Point Environments: A Testbed Controller Approach
Keywords:
millimeter-wave (mm), Testbed controller, Networking, multi-access point, environment, extended sensingAbstract
This paper presents two distinct research projects contributing to the advancement of millimeter-wave (mm) technology. The first project delves into creating a comprehensive millimeter-wave communication and radar framework, utilizing Texas Instrument hardware. Overcoming challenges like high path loss and poor diffraction, this initiative aims to simultaneously map targets and enable communication, making significant contributions to new network technologies and applications. Simultaneously, the second project centers on the Testbed Controller repository, employing Raspberry Pi (RPi) microcontrollers interconnected and communicating through the same network. It focuses on analyzing network configurations and traffic characteristics in multi-access point environments. Together, these projects reveal the dynamic interplay between theoretical exploration and practical implementation in the realm of millimeter-wave applications, offering insights, solutions, and innovations that push the boundaries of the field.
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