lecture HEP Detector Description Workshop (CERN)
Date/Time: Friday, 14 April 2000 - 14:00 (Europe/Zurich)
Location: CERN 40-SS-A01 (Salle Anderson)
Chairperson: Steven Goldfarb (High Energy Physics)
Material: minutes link
Friday, 14 April 2000 14:00 ->18:15 XML Detector Description for HEP (40-SS-A01)    

 
 Friday, 14 April 2000
XML Detector Description for HEP (14:00 ->18:15 )
The purpose of this workshop is to discuss the usage of XML for the persistent storage of detector description data.  In particular, we will briefly examine current efforts to describe detector geometries, discuss the differences and similarities between the approaches, and consider the feasibility and potential gain of merging efforts.
Chairperson: Steven Goldfarb (High Energy Physics)
Material: Minutes link syncomat link
 14:00
Introduction (15')   syncomat link   transparencies powerpoint file pdf file   S. Goldfarb  
 14:15
What is XML (15')   syncomat link   transparencies link   M. Goossens  
 14:30
What is Detector Description (15')   syncomat link   transparencies powerpoint file pdf file   D. Malon  
 14:45
Using XML to Populate Detector Description Specifications (15')   syncomat link   transparencies powerpoint file pdf file   Frank van Lingen  
 15:00
An XML Detector Description Model - LHCb (30')   document link   syncomat link   transparencies powerpoint file pdf filedown arrow   R. Chytracek  
 15:30
An XML Detector Description Model - ATLAS (30')   document link   syncomat link   transparencies powerpoint file pdf filedown arrow   S. Bentvelson / C. Arnault  
16:00  (45')
16:00  Coffee Break (45')
 16:45
An XML Detector Description Model - WIRED (15')   syncomat link   transparencies powerpoint file pdf filedown arrow   M. Donszelmann  
 17:00
XML Schema (15')   syncomat link   transparencies powerpoint file pdf file   M. Donszelmann  
 17:15
A VRML-XML Detector Description - X3D (15')   syncomat link   transparencies unknown type file   J. Hrivnac  
 17:30
Discussion on Commonalities and Differences (30')   video link   S. Goldfarb  
 18:00
Conclusions and Future Plans (15')