Cristian Spirleanu

Papers

Total Citations

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About

Cristian Spirleanu’s research lies at the intersection of robotics, automation, and intelligent control systems, with a particular focus on flexible manufacturing cells and automated guided vehicles (AGVs). His work pioneers the integration of multi-agent software architectures with physical robotic systems, enabling more adaptive and efficient industrial automation. A key contribution is his development of a distributed control system that merges building automation with robotic cell control, using original multifunctional controllers and a modified communication protocol—an approach that bridges traditionally separate domains. Spirleanu has also advanced AGV positioning by replacing conventional analog servo feedback with command-message-based control, improving precision within flexible robotic work sequences. His studies on versatile portable robot platforms further explore AGV performance under variable speed, load, and obstacle conditions, optimizing interaction with robotic cell components. Though his most-cited papers each hold around 3–5 citations, their influence is concentrated in the niche field of industrial cyber-physical systems. Spirleanu’s work is particularly notable for its practical, system-level perspective, offering concrete solutions for real-world automation challenges in smart manufacturing environments.