Joshua Reich

Princeton University, Columbia University

Papers

Total Citations

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About

Joshua Reich’s research centers on the design and control of mobile wireless networks, with a particular focus on maintaining robust connectivity in dynamic, unpredictable environments. His major contribution is the development of distributed mechanisms that allow mobile nodes to preserve physical-layer connectivity while still achieving significant area coverage—a critical challenge for applications ranging from autonomous robotic swarms to self-deploying communication infrastructure. His most cited work, “Connectivity Maintenance in Mobile Wireless Networks via Constrained Mobility” (2012), with 46 citations, introduces algorithms that ensure network links remain intact even under complex propagation conditions. Reich also pioneered the concept of Spreadable Connected Autonomic Networks (SCAN), a self-organizing mobile network that automatically sustains connectivity as nodes move, with applications in mesh networking and search-and-rescue robotics. His work bridges theoretical guarantees with practical system implementation, offering foundational insights for resilient, autonomous wireless systems. Through these contributions, Reich has shaped how researchers and engineers approach mobility-constrained connectivity in next-generation networked systems.