Guiling Wang

Papers

Total Citations

112

H-Index

About

Guiling Wang is a researcher specializing in wireless sensor networks, with a particular focus on the critical challenge of energy sustainability in long-term deployments. Her most influential work centers on the innovative concept of node reclamation and replacement — a strategy designed to extend the operational lifespan of sensor networks beyond the fundamental limitations imposed by battery capacity. Recognizing that even the most efficient energy conservation techniques cannot indefinitely sustain a network, Wang pioneered approaches that allow depleted sensor nodes to be systematically reclaimed and replaced, enabling theoretically unlimited network longevity. Her 2011 paper on this topic has garnered 85 citations, reflecting significant community recognition of its importance, while her complementary 2009 and 2010 works further solidify her contributions to this field with an additional 27 citations combined. A notable thread throughout her research is the practical dimension of minimizing maintenance costs — particularly the frequency of node replacements — making her solutions not only theoretically sound but operationally viable. Wang's work has meaningfully advanced the design of robust, long-lived sensor networks applicable to environmental monitoring, infrastructure surveillance, and other mission-critical sensing applications.