Development of a New Analysis Framework for the SuperBelle Experiment

다국어 초록 (Multilingual Abstract)

The analysis framework plays a key role in high energy physics experiments. A new framework
is under development to advance the current analysis framework in the Belle experiment. The new
framework supports complete object-oriented analyses. It also supports more powerful and efficient
ways to manage parallel processing in all of symmetric multiprocess (SMP), network clusters, and
grid computing system. In this paper, the current development status of the new framework is
discussed, with emphasis on parallel processing.

다국어 초록 (Multilingual Abstract)

The analysis framework plays a key role in high energy physics experiments. A new framework
is under development to advance the current analysis framework in the Belle experiment. The new
framework supports complete object-oriented analyses. It also supports more powerful and efficient
ways to manage parallel processing in all of symmetric multiprocess (SMP), network clusters, and
grid computing system. In this paper, the current development status of the new framework is
discussed, with emphasis on parallel processing.

참고문헌 (Reference)

1 A. Abashian, 479 : 117-, 2002

2 S. Miyazaki, 54 : 833-, 2002

3 R. Brun, 1977

4 P. Wegner, 1 (1): 1990

5 I. Foster, 55 : 42-, 2002

6 I. Adachi, 534 : 53-, 2004

7 K. Abe, 2004

8 Dijkstra, 1967

9 H. Kichimi, 325 : 451-, 1993

10 G. Bondarenko, 442 : 187-, 2000

11 조기현, "e-Science for High-Energy Physics in Korea" 한국물리학회 53 (53): 1187-1191, 2008

12 I. Adachi, "CHEP03"

13 R. Brun, "AIHENP’96"

14 Hitomi Ikeda, "A Study of the Electromagnetic Calorimeter Trigger Signal for the BELLE Experiment" 한국물리학회 50 (50): 1224-1228, 2007

15 Geum Bong Yu, "A Study of the Branching Ratio of H → c{\bar c} at a Future e+e- Linear Collider" 한국물리학회 50 (50): 10-15, 2007