B. Sabouri
Papers
1
Total Citations
2
H-Index
1
About
B. Sabouri’s research centers on teleoperation systems, particularly addressing the critical challenge of time delays in remote control applications. Their most-cited work, “Implementation of wave-based teleoperation system by improved trajectory tracking method” (2011), introduces wave variables to guarantee communication channel passivity under constant time delays—a fundamental contribution to ensuring system stability. However, Sabouri identifies a key trade-off: while wave-based methods preserve passivity, they introduce distortion terms that degrade tracking performance. This insight has shaped subsequent research into balancing stability and accuracy in teleoperation, with their work accumulating 2 citations to date. Though early in their citation impact, Sabouri’s focus on improving trajectory tracking within wave-based frameworks addresses a persistent bottleneck in haptic and robotic teleoperation, making their contributions relevant for researchers developing more responsive remote manipulation systems. Their work underscores the nuanced interplay between theoretical guarantees and practical performance in time-delayed control systems.
Research Focus
Key Achievements
Top Papers
- 1