Papers
7
Total Citations
96
H-Index
7
About
Adel Ameri is a robotics and control systems researcher whose work centers on the modeling, control, and fault tolerance of cable-driven parallel robots (CDPRs) — an emerging class of robotic systems that replace rigid links with cables to achieve greater flexibility, payload capacity, and workspace. His most significant contributions address one of the field's core challenges: ensuring that cable tensions remain strictly positive during operation, since cables can only pull, never push. Ameri has pioneered several innovative approaches to this positive tension distribution (PTD) problem, moving beyond computationally expensive iterative optimization methods to develop real-time, noniterative control strategies that are both mathematically rigorous and practically deployable. His 2021 paper on control-based tension distribution has garnered 27 citations, while his work on active fault-tolerant control (23 citations) demonstrates his commitment to making CDPRs robust under component failures. With contributions spanning nonlinear observer design, model-free control, and risk-aware real-time frameworks, Ameri's cumulative body of work — totaling over 96 citations — is shaping safer, more reliable, and computationally efficient next-generation cable-driven robotic systems.
Research Focus
Key Achievements
Top Papers
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- 2Active fault-tolerant control of cable-driven parallel robots23 citations · 2022
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