Meteb Altaf

King Abdulaziz City for Science and Technology, Taif University

Papers

Total Citations

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About

Meteb Altaf is a robotics researcher whose work spans two compelling and complementary domains: autonomous climbing robot systems and intelligent humanoid robot control. His research in wall-climbing robotics has produced practical, deployable solutions for real-world inspection challenges, most notably his development of a climbing robot platform featuring innovative safety and protection devices — including EVA shells and airbag mechanisms — designed for city infrastructure inspection (2017, 11 citations). His earlier work on a lightweight, low-cost climbing robot capable of navigating glass curtain walls demonstrated a keen focus on engineering efficiency and cost-effectiveness, earning 8 citations since 2014. Equally notable is Altaf's contribution to intelligent multi-robot systems, where he applied Case-Based Reasoning (CBR) frameworks to humanoid robot control, particularly within the competitive RoboCup domain. His extended case-based behavior control system for multi-humanoid robots (7 citations) and his novel integration of case retrieval nets into motion controllers reflect a sophisticated understanding of AI-driven autonomous systems. Together, these contributions position Altaf as a versatile researcher bridging mechanical robotics design and artificial intelligence, making his work valuable to students and engineers working at the intersection of robotics, automation, and intelligent systems.