1. Two e-Science Components for HEP: EVO and Remote Control Room Hyunwoo KIM, Minho Jeung Kihyeon CHO* Sep 8-9 2008, Daejeon (* Corresponding Author)

2. KISTI e-Science HEP Data Production –Online: Remote Control Room –Offline: SAM Data Handling Data Processing –Data Center Data Publication –Enabling Virtual Organization Virtual Laboratory HEP based on e-Science ⇒ e-HEP (High Energy Physics) “Whenever, Wherever Same Environment as Real Lab” Build a “Virtual HEP Lab” by expanding a “real HEP Lab” via e-HEP!

4. CDF Control Room @ Batavia, IL Fermilab CDF Control Room consists of several components, one of which is CO (Consumer Operator) Monitoring Section CDF’s Main Control Room

5. Everything at CDF CO Section is available at Remote Site

6. Setup at KISTI RCR (1)Windows4 displaysMonitoring (2)Windows4 displaysMonitoring (3)Linux2 displaysKerberized for concon (4)PolycomCommunication Server (1) (2) (3) (4)

8. Concon Forwarding to KISTI DOE Security Policy –Remote site can not execute commands. Have to rely on port forwarding feature of SSH in kerberized connection

9. Brief History CDF Remote CO 3 remote control room for CDF - Pisa, Tsukuba and KISTI KIST I

10. First Real Remote CO Shift by Professor K.K.Joo(Aug.1 – Aug.8)

11. Introduction to EVO Enabling Virtual Organization First released in June 2007 A Java application i.e. Java virtual machine required Successor to VRVS Virtual Room Videoconferencing System Client : Koala Server : Panda

12. KISTI EVO Server : Panda

13. EVO Configuration Server(Panda) : Client(Koala)

14. Panda Selection in Koala

15. EVO Use in CDF SAM DH Shift

16. Summary KISTI has successfully implemented two e-Science components for HEP –Remote Shifts for both online monitoring CO and offline SAM Data Handling. –EVO for collaborative tools These two are cornerstones for KISTI to establish e-Science for High Energy Physics.