Standard Data Formats for Experiments with Photons, Neutrons, and Ions

Europe/Berlin
Notkestr. 85, Hamburg, Bldg. 25f, R. 456

Notkestr. 85, Hamburg, Bldg. 25f, R. 456

Description
With the advent of increasingly complex experiments using photons, neutrons, and ions it becomes more and more important to store the data of experiments in a standardized way. The aims are to facilitate data exchange among scientists and access of evaluation programs to the data, but moreover to provide flexible and self-documenting means to integrate all relevant information of an experiment (acquired data, experiment description and parameters, meta-data) into a comprehensive data set. The task has two aspects: 1. Definition and structuring of the contents, 2. Implementation into a file structure and provision of corresponding software tools. The workshop will discuss details of the second aspect but it is mainly intended to concentrate on the first one because definition of the content and its structure serves as an indispensable prerequisite for implementation. Data structuring will be an issue that should be commonly solved for the different experimental techniques whereas content definition is partially common (e.g. instrument description) while in other parts it is differing from one to another experimental technique. Therefore, the intension of the workshop is to bring together IT experts and experts for the different key experimental techniques to discuss the general structuring of the data and to collect data items which are common to all or rather special to specific experimental techniques and experiment strategies. The key experimental techniques identified are 1. Protein Crystallography 2. Micro-Tomography 3. Scattering (SAS/WAS/GISAS) 4. Microfluorescence and Micro-XAS Part of the content definition is planned to be done in smaller working groups with representatives of the specific key techniques. Therefore, experts in those fields are cordially encouraged to participate in the workshop.
Slides
Participants
  • Adam Webb
  • Agneta Svensson
  • Alain Buteau
  • Andrea Parenti
  • Andreas Kopmann
  • André Rothkirch
  • Andy Goldschmidt
  • Andy Gotz
  • Björn De Samber
  • Carlos Pascual-Izarra
  • David Fernandez Carreiras
  • David Haas
  • Deborah Quock
  • Edgar Weckert
  • Edmund Welter
  • Emmanuel Kentzinger
  • Fabian Wilde
  • Federica Marone
  • Felix Beckmann
  • Francesco De Carlo
  • Francisco J. Balta-Calleja
  • Frank Schluenzen
  • Gerd Wellenreuther
  • Hermann Franz
  • Ilya Agapov
  • Jens-Uwe Hoffmann
  • Karen Appel
  • Karsten Ehrig
  • Konrad Schneider
  • Majid Ounsy
  • Manuela Borchert
  • Marc Weber
  • Mark Koennecke
  • Matthias Balzer
  • Matthias Drochner
  • Michael Martins
  • Michael Monkenbusch
  • Patrik Vagovic
  • Pete Jemian
  • Peter Boesecke
  • Rainer Gehrke
  • Rainer Stotzka
  • Rainer Wilcke
  • Stephan Roth
  • STEPHANE POIRIER
  • Thorsten Kracht
  • Tobias Schrader
  • Ulla Vainio
  • Volker Körstgens
    • 1
      Welcome
      Speaker: Edgar Weckert
    • 2
      Workshop Motivation
      Speaker: Rainer Gehrke
      Slides
    • 11:00
      Coffee break
    • 3
      Tomography
      Speaker: Felix Beckmann
      Slides
    • 4
      Absorption Spectroscopy and Fluorescence
      Speaker: Gerd Wellenreuther
      Slides
    • 5
      Protein Crystallography
      Speaker: Thomas Schneider
      Slides
    • 13:00
      Lunch
    • 6
      A common data model
      Speaker: Alain Buteau
      Slides
    • 7
      NeXuS Application Definitions
      Speaker: Mark Koennecke
      Slides
    • Discussion
    • 16:00
      Coffee
    • Discussion
    • 8
      Wikis and mindmaps
      Speaker: Rainer Gehrke
    • Working group consolidation
    • Working gropus
    • 11:00
      Coffee break
    • Working gropus
    • 13:00
      Lunch
    • Discussion of Working Group results
    • 9
      NeXuS
      Speaker: Mark Koennecke
      Slides
    • 16:00
      Coffee break
    • Discussion
    • Working gropus
    • 11:00
      Coffee break
    • Discussion of Working Group results