DPU FM2 Electrical Integration Test Procedure

The purpose of this document is to describe the electrical integration procedure of the DPU FM02 unit for the DPU FM AIT activity, including the "As Run

ICU FM Electrical Integration Test Procedure: AS RUN

The purpose of this document is to describe the electrical and ASW integration procedure of ICU FM. The procedure is applicable to the ICU FM integration in preparation to the NISP FM TV test 1 and 2. The integration will use the NISP SCOE as S/C simulator. The document describes the ICU PFM electrical integration “As Ru

DPU FM1 Electrical Integration Test Procedure

The purpose of this document is to describe the electrical integration procedure of the DPU FM01 unit for the DPU FM01 AIT activity, including the “As Run”

The application software for the instrument control unit of the NISP instrument of the Euclid mission: final status and lessons learned after delivery of the flight version

In this paper we describe the final status of the application software (ASW) of the instrument control unit (ICU) of NISP, the Near-Infrared Spectro-Photometer of the Euclid mission, as the version for Flight has been tested and delivered to the industry for the next integration phases. This software is based on a real-time operating system (RTEMS) and will interface with all the subunits of NISP, as well as the command and data management unit (CDMU) of the spacecraft for telecommand and housekeeping management. We will describe in particular the final tests and the main obstacles which had to be faced in order to implement an efficient and reliable interface with all the NISP subsystems

The application software of the instrument control unit of Euclid-NISP: ready for qualification tests

In this paper we describe the application software (ASW) of the instrument control unit (ICU) of NISP, the Near-Infrared Spectro-Photometer of the Euclid mission. This software is based on a real-time operating system (RTEMS) and will interface with all the subunits of NISP, as well as the command and data management unit (CDMU) of the spacecraft for telecommand and housekeeping management

An integrated system for large scale scanning of nuclear emulsions

The European Scanning System, developed to analyse nuclear emulsions at high speed, has been completed with the development of a high level software infrastructure to automate and support large-scale emulsion scanning. In one year, an average installation is capable of performing data-taking and online analysis on a total surface ranging from few m2 to tens of m 2, acquiring many billions of tracks, corresponding to several TB. This paper focuses on the procedures that have been implemented and on their impact on physics measurements. The system proved robust, reliable, fault-tolerant and user-friendly, and seldom needs assistance. A dedicated relational Data Base system is the backbone of the whole infrastructure, storing data themselves and not only catalogues of data files, as in common practice, being a unique case in high-energy physics DAQ systems. The logical organisation of the system is described and a summary is given of the physics measurement that are readily available by automated processin

An Integrated System for Large Scale Scanning of Nuclear Emulsions

The European Scanning System, developed to analyse nuclear emulsions at high speed, has been completed with the development of a high level software infrastructure to automate and support large- scale emulsion scanning. In one year, an average installation is capable of performing data-taking and online analysis on a total surface ranging from few m2 to tens of m2, acquiring many billions of tracks, corresponding to several TB. This paper focuses on the procedures that have been implemented and on their impact on physics measurements. The system proved robust, reliable, fault-tolerant and user- friendly, and seldom needs assistance. A dedicated relational Data Base system is the backbone of the whole infrastructure, storing data themselves and not only catalogues of data files, as in common practice, being a unique case in high-energy physics DAQ systems. The logical organisation of the system is described and a summary is given of the physics measurement that are readily available by automated processing