Anton D. Hristozov

Papers

Total Citations

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About

Anton D. Hristozov is a researcher focused on the intersection of software architecture, robotics, and complex adaptive systems. His primary contributions lie in designing resilient, evolvable architectures for robotic systems—addressing the critical challenge of enabling dynamic reconfiguration and runtime adaptation in increasingly sophisticated autonomous platforms. Hristozov’s work on resilient architecture frameworks proposes mechanisms for adding new components and modes of operation without system downtime, directly supporting long-term product evolution. He has also developed methodologies for estimating software architectural complexity in publish-subscribe systems, a foundational concern as AI and smart sensors drive exponential growth in system intricacy. Additionally, his research on component interface standardization provides practical guidelines for managing the complexity of heterogeneous robotic components. With his most-cited paper garnering 5 citations, Hristozov’s work is gaining traction among engineers and researchers seeking to build more flexible, future-proof robotic systems. His contributions are particularly relevant for those working on autonomous systems, adaptive software, and the engineering of long-lived, evolvable architectures.