D. Buhler

Papers

Total Citations

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About

D. Buhler’s research centers on industrial automation, fieldbus systems, and object-oriented control frameworks. Their most significant contribution is the development of the Java Fieldbus Control Framework (JFCF), which introduced an object-oriented programming paradigm for rapidly creating concurrent control tasks in fieldbus-based automation systems. By leveraging Java’s growing popularity in industrial settings, Buhler’s work provided a more flexible and efficient alternative to traditional control methods, enabling easier integration and management of fieldbus devices. Although the JFCF paper has accumulated 6 citations, its impact lies in pioneering the use of high-level programming languages for real-time industrial control, a concept that has since influenced subsequent research in networked automation. Buhler’s work stands out for bridging the gap between software engineering and industrial control systems, offering a practical framework that simplifies complex device coordination. This contribution remains relevant for researchers exploring modern automation architectures, particularly those seeking to apply object-oriented design principles to legacy fieldbus environments.