1. Thesis topics converted photon and pi0 discrimination
standalone muon efficiency with cosmic muon data(CRAFT)
constrains on HVV coupling constants via maximum likelihood method

2. Converted photon and pi0 discrimination
1 track case
2 track case

3. Input variables for 1 track case

4. Input variables for 2 track case

5. BDT response
1 track case
2 track case

6. Apply on γjet sample 1 track case 2 track case 47% 53% 47% 48% -0.21
-0.28

7. If I train the γjet sample and apply the way on jets sample, what will happen?

8. pi0 rejection
1 track case
2 track case

9. Input variables for 1 track case

10. Input variables for 2 track case

11. BDT response
1 track case
2 track case

12. Apply on jets sample
1 track case
2 track case
41%
43%
0.16
-0.03

13. Standalone Muon efficiency

14. Track and standalone efficiency
muon eff.
track eff.

15. Muon efficiency in my thesis

16. Muon efficiency in my thesis
ΔR<0.5 ΔR<2
d0<80cm
z<100cm

17. HVV coupling cosntant

18. Events number in each bin

19. extracted fww distribution via maximum likelihood method