Ring Finding based on the Elastic Net

5
Ring Finding Ring Finding based on the Elastic Net based on the Elastic Net Sergey Gorbunov Sergey Gorbunov Ivan Kisel Ivan Kisel DESY, Zeuten DESY, Zeuten KIP KIP , Uni-Heidelberg , Uni-Heidelberg LNP and LIT of JINR, Dubna LNP and LIT of JINR, Dubna Tracking Week, GSI January 24-25, 2005 KIP KIP

description

KIP. Ring Finding based on the Elastic Net. Sergey Gorbunov Ivan Kisel DESY, Zeuten KIP , Uni-Heidelberg LNP and LIT of JINR, Dubna. Tracking Week, GSI January 24-25, 2005. EN – Traveling Salesman Problem. Discrete EN. (*) Pentium IV/2.4 GHz. - PowerPoint PPT Presentation

Transcript of Ring Finding based on the Elastic Net

Page 1: Ring Finding based on the Elastic Net

Ring FindingRing Findingbased on the Elastic Netbased on the Elastic Net

Sergey Gorbunov Ivan KiselSergey Gorbunov Ivan Kisel

DESY, Zeuten KIPDESY, Zeuten KIP, Uni-Heidelberg, Uni-HeidelbergLNP and LIT of JINR, DubnaLNP and LIT of JINR, Dubna

Tracking Week, GSIJanuary 24-25, 2005

KIPKIP

Page 2: Ring Finding based on the Elastic Net

25-26 March 2004, München25-26 March 2004, München Ivan Kisel, KIP, Uni-HeidelbergIvan Kisel, KIP, Uni-Heidelberg 22

EN – Traveling Salesman ProblemEN – Traveling Salesman Problem

Discrete ENDiscrete EN

(*) Pentium IV/2.4 GHz(*) Pentium IV/2.4 GHz Nature, 326 (1987) 689

Page 3: Ring Finding based on the Elastic Net

25-26 March 2004, München25-26 March 2004, München Ivan Kisel, KIP, Uni-HeidelbergIvan Kisel, KIP, Uni-Heidelberg 33

EN – Ring SearchEN – Ring Search

CHEP’01, Beijing (2001) 162

Page 4: Ring Finding based on the Elastic Net

25-26 March 2004, München25-26 March 2004, München Ivan Kisel, KIP, Uni-HeidelbergIvan Kisel, KIP, Uni-Heidelberg 44

EN – PerformanceEN – Performance

Page 5: Ring Finding based on the Elastic Net

25-26 March 2004, München25-26 March 2004, München Ivan Kisel, KIP, Uni-HeidelbergIvan Kisel, KIP, Uni-Heidelberg 55

EN Ring Finding – Future PlansEN Ring Finding – Future Plans

•Include into the global tracking (STS+RICH+TRD)•Develop a Level-1/FPGA implementation