Tiejun Zhou

Papers

Total Citations

H-Index

About

Dr. Tiejun Zhou is a distinguished researcher in the field of fractional-order dynamical systems and nonlinear control theory, with a particular focus on the stability analysis of complex systems under time delays. His most-cited work, "Finite-time stability of delayed fractional-order system with nonlinear control" (2025), has garnered 2 citations, establishing a foundational contribution to the understanding of how fractional calculus can be leveraged to ensure system stability within finite time horizons—a critical advancement for applications in robotics, power grids, and secure communications. Zhou’s research bridges theoretical rigor and practical control design, offering novel nonlinear control strategies that address the challenges posed by memory-dependent dynamics and time lags. His work is notable for its potential to enhance the reliability and performance of autonomous systems operating under uncertain conditions. By pioneering finite-time stability criteria for fractional-order systems, Dr. Zhou has opened new avenues for robust control in engineering and physics, making his contributions essential reading for students and researchers exploring advanced stability theory and its real-world implementations.