Fast and reasonable Installation, Experience and Acceptance of a Remote Control Room
R. Eisberg, E. Garutti, R. Kammering, A. Kaplan, S. Karstensen, B., Lutz, N. Meyer, R. Poeschl, B. Warmbein

TL;DR
This paper discusses the development and deployment of a remote control system for CALICE's detector at Fermilab, emphasizing its installation, user experience, and acceptance among a global team.
Contribution
It introduces a remote control system tailored for large-scale scientific experiments, highlighting its ease of installation, user experience, and acceptance in a real-world setting.
Findings
Remote control system successfully installed at Fermilab.
High user acceptance and positive feedback from CALICE members.
Facilitates efficient monitoring and control of experimental facilities.
Abstract
Remote control systems are becoming more and more important to give us the flexibility to control facilities, provide assistance and intervene in case of problems at any time and from every place. As a global operating group CALICE [2] with approx. 220 members worldwide is dependent on using a remote control system for shifts and monitoring of the data taking. CALICE has at present installed its detector at Fermilab, Chicago, where will run test beam experiments for the next year. The components of the remote control system and kind of use are presented here.
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Taxonomy
TopicsParticle Detector Development and Performance · Particle Accelerators and Free-Electron Lasers · Distributed and Parallel Computing Systems
