Mahanth Gowda

University of Illinois Urbana-Champaign, Pennsylvania State University

Papers

Total Citations

H-Index

About

Mahanth Gowda is a pioneering researcher at the intersection of wireless networking, mobile systems, and robotics. His most influential work challenges the static nature of traditional wireless infrastructure by introducing the concept of robotic wireless networks. In his seminal 2016 paper, "The Case for Robotic Wireless Networks" (14 citations), Gowda envisions WiFi access points on wheels that can physically move to optimize user performance—a radical departure from fixed infrastructure. He followed this with "If WiFi APs Could Move: A Measurement Study" (12 citations), providing empirical evidence that even limited mobility, such as home access points repositioning themselves, can dramatically improve signal quality and throughput. These contributions lay the groundwork for a new class of adaptive, self-optimizing wireless systems that blend networking with robotics. Gowda’s work is notable for its forward-looking vision and practical measurement-driven approach, inspiring researchers to rethink the physical layer of network design. His research has significant implications for smart homes, enterprise networks, and future 5G/6G deployments where mobility can be leveraged as a resource rather than a challenge.