Zahra Esmaeili
Papers
4
Total Citations
69
H-Index
4
About
Zahra Esmaeili is a robotics and control systems researcher whose work centers on intelligent control methodologies for complex robotic systems, particularly flexible and continuum robot manipulators. Her research makes significant contributions to the development of hybrid control strategies that combine classical techniques with intelligent approaches such as fuzzy logic and sliding mode control. Her most influential work, "Design Sliding Mode Modified Fuzzy Linear Controller with Application to Flexible Robot Manipulator" (2013, 33 citations), introduced a Modified Proportional-Integral-Derivative Sliding Mode Controller that addressed the time-consuming empirical tuning challenges inherent in traditional control gain selection. Building on this foundation, her parallel fuzzy inverse dynamic controller for continuum robots (22 citations) tackled the critical problem of dynamic formulation uncertainty in highly nonlinear systems, demonstrating her ability to bridge theoretical rigor with practical robotic applications. Esmaeili's comparative analyses of nonlinear control methodologies for OCTARM continuum manipulators further established her as a thoughtful evaluator of control paradigms, while her later work on tremor reduction using intelligent filtered computed torque controllers reflects her commitment to real-world applicability. With nearly 70 cumulative citations, her research provides valuable frameworks for engineers and students seeking robust solutions to nonlinear robotic control challenges.
Research Focus
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