Jixing Liang
Papers
2
Total Citations
42
H-Index
2
About
Jixing Liang is a researcher focused on wireless sensor networks (WSNs), with particular expertise in network topology control, identity authentication, and coverage optimization for three-dimensional underwater environments. Their work addresses critical challenges in mobile sensor networks, including security protocols for dynamic node configurations and energy-efficient coverage enhancement. Liang’s 2015 paper on a network topology control and identity authentication protocol for movable sensor nodes (21 citations) proposes solutions for emerging applications like Autonomous Underwater Vehicles and mobile robots, ensuring secure and reliable communication in mobile WSNs. Their 2017 study on coverage enhancement in 3D underwater sensor networks using an improved fruit fly optimization algorithm (21 citations) demonstrates innovative bio-inspired approaches to maximize sensing coverage in complex aquatic environments. With both highly cited papers accumulating significant attention, Liang’s contributions are particularly valuable for advancing underwater monitoring systems and mobile sensor deployments. Their work bridges theoretical optimization with practical authentication needs, making notable strides in securing and enhancing the performance of next-generation wireless sensor networks in challenging mobile and underwater scenarios.
Research Focus
Key Achievements
Top Papers
- 1
- 2