Mounir Rifi

Papers

Total Citations

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About

Mounir Rifi is a researcher whose work lies at the intersection of real-time systems, middleware design, and mobile robotics. His primary contributions focus on developing efficient software architectures that enable mobile robots to operate reliably under real-time constraints. In his most-cited paper, "Designing Middleware over Real Time Operating System for Mobile Robot" (2018), Rifi proposed a middleware layer that bridges the gap between real-time operating systems and robotic applications, ensuring predictable performance and modularity. This work, along with his study "Python in Real Time Application for Mobile Robot" (2018), demonstrates his interest in making real-time robotics more accessible by integrating high-level programming languages with time-critical systems. Though his citation counts are still growing, Rifi’s research addresses a fundamental challenge in robotics—balancing flexibility with deterministic timing—making his contributions valuable for students and engineers building autonomous systems. His work is particularly relevant for those exploring middleware solutions for embedded and robotic platforms.