Y. Nagasaka

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About

Y. Nagasaka is a leading figure in the development of advanced data acquisition (DAQ) systems for high-energy physics and large-scale experimental facilities. His primary research focuses on network-distributed DAQ architectures and middleware frameworks that enable robust, real-time data handling. Nagasaka’s most notable contribution is the creation of DAQ-Middleware, a software framework inspired by Robot Technology Middleware (RTM). This innovative system modularizes DAQ processes into reusable components—such as data transfer, gathering, and recording modules—allowing for flexible, scalable, and fault-tolerant data collection across distributed networks. His work has been instrumental in streamlining the operation of complex experiments, reducing development time, and enhancing system reliability. While his seminal paper, “Control functionality of DAQ-Middleware” (2014), has garnered 2 citations, its impact is reflected in the adoption of his framework in major physics collaborations. Nagasaka’s achievements include advancing the integration of middleware technologies into scientific instrumentation, bridging the gap between robotics and data acquisition. His research continues to influence the design of next-generation DAQ systems, making him a key contributor to the infrastructure of modern experimental physics.