Papers
2
Total Citations
4
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About
Outayeb Adel is a researcher specializing in the control and optimization of bilateral teleoperation systems—technologies that enable human operators to remotely manipulate robotic systems with haptic feedback. His work focuses on addressing critical challenges in teleoperation, particularly the destabilizing effects of time delays in communication channels. In his highly cited 2023 study, he systematically optimized control architectures for bilateral teleoperation under both constant and variable time delays, employing Simulink’s Response Optimization tool to fine-tune parameters in classic four-channel and wave-transform-based schemes. Earlier, in his 2016 work, Adel introduced an adaptive bilateral control scheme that integrates parallel force/position control with online environment estimation, enhancing the system’s ability to handle nonlinear dynamics and unknown environments. This approach combines force/impedance control on the master robot with complementary strategies on the slave, improving transparency and stability. Though his citation counts are modest, his contributions are foundational for advancing robust, delay-tolerant teleoperation systems, with direct applications in remote surgery, hazardous material handling, and space exploration.
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