Eitaro Hamada

High Energy Accelerator Research Organization

Papers

Total Citations

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About

Eitaro Hamada 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, middleware frameworks, and real-time control systems. Hamada’s most notable contribution is the creation of DAQ-Middleware, a software framework inspired by Robot Technology Middleware (RTM) that enables modular, flexible, and scalable data acquisition. This framework allows researchers to assemble DAQ systems from reusable components—such as data transfer, gathering, and recording modules—significantly streamlining the process of building and managing complex experimental setups. His 2014 paper on the control functionality of DAQ-Middleware, cited 2 times, serves as a foundational reference for developers working on distributed DAQ systems. Hamada’s work has been instrumental in advancing the reliability and efficiency of data handling in particle physics experiments, making him a key contributor to the infrastructure that underpins modern scientific discovery.