Waqar Aslam

Eindhoven University of Technology, Islamia University of Bahawalpur

Papers

Total Citations

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About

Waqar Aslam’s research bridges the critical intersection of distributed systems and bio-inspired robotics, with a focus on enhancing performance prediction and locomotion efficiency. His work on ProMARTES, a framework for accurate network and computation delay prediction in component-based distributed systems, addresses a fundamental challenge in real-time embedded systems—enabling more reliable and predictable system behavior. This contribution, cited 3 times, provides a practical tool for engineers designing latency-sensitive applications. In parallel, Aslam explores the frontier of bio-inspired hybrid locomotion in mobile robots, surveying how natural strategies like combining jumping, running, flying, and gliding can be translated into small-scale robotic platforms. His comprehensive survey on this topic, with 2 citations, highlights the untapped potential of hybrid motion for navigating complex terrains—a growing area in field robotics. Aslam’s dual focus on system-level prediction and novel robotic mobility showcases a versatile approach to solving real-world engineering challenges, making his work valuable for researchers in both embedded systems and robotics.