I. Introduction
- Brian McMahon: Introduction and welcome (05 min 06 sec)
- John Helliwell: Update on activities of the IUCr Diffraction Data Deposition Working Group (DDDWG) (29 min 52 sec)
II. Diffraction images - what can we get out?
- Loes Kroon-Batenburg: The need for metadata in archiving raw diffraction image data (39 min 11 sec)
- Wladek Minor: Crystallographic raw data: our plans and implementations within the NIH's Big Data to Knowledge resource (38 min 28 sec)
- Michael Wall: Metadata needed for the full exploitation of diffuse scattering data from protein crystals (28 min 22 sec)
- Natalie Johnson: X-ray Origins: Protection or Paranoia? (21 min 46 sec)
- Andreas Förster: EIGER HDF5 data and NeXus format (30 min 22 sec)
III. Metadata for diffraction images and other experimental methods
- Herbert Bernstein: Common diffraction image metadata specification in imgCIF, HDF5 and NeXus (32 min 25 sec)
- Andrew Götz: Towards a generalised approach for defining, organising and storing metadata from all experiments at the ESRF (28 min 59 sec)
- John Westbrook: The PDB and experimental data (28 min 36 sec)
- Tom Terwilliger: Realising the Living PDB and how raw diffraction data and its metadata can help (41 min 38 sec)
IV. Data in the Wider World - From Laboratory to Database
- Simon Coles: Diffraction Data in Context: metadata approaches (33 min 42 sec)
- Suzanna Ward: CCDC metadata initiatives (25 min 17 sec)
- Brian Matthews: Supporting Data Management Workflows at STFC (30 min 03 sec)
- Pierre Aller: Overview of metadata and raw data cataloguing at Diamond (18 min 59 sec)
- Brian McMahon: CODATA and (meta)data characterisation in the wider world (33 min 56 sec)
V. What new metadata items are needed?
- Gordon Leonard: What metadata is needed to make ESRF raw MX diffraction data intelligible for new users? (26 min 47 sec)
- Matthew Blakeley: What metadata is needed to make Institut Laue Langevin neutron diffraction raw data intelligible for new users? (24 min 23 sec)
- Kamil Dziubek: Metadata in high-pressure crystallography (23 min 44 sec)
VI. Metadata schemas
- James Hester: Creating and manipulating universal metadata definitions (48 min 58 sec)
- Brian McMahon: The Crystallographic Information Framework as a metadata library (22 min 56 sec)
- General discussion: (11 min 15 sec)