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5000 Toy Experiments, each 1 fb - 1 SM + SU3 : Est. Signal Events

5000 Toy Experiments, each 1 fb - 1 SM + SU3 : Est. Signal Events. 5000 Toy Experiments, each 1 fb - 1 SM + SU3 : Est. Signal Events. 5000 Toy Experiments, each 1 fb - 1 SM + SU3 : Est. Signal Events. 5000 Toy Experiments, each 1 fb - 1 SM + SU3 : Est. Signal Events.

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5000 Toy Experiments, each 1 fb - 1 SM + SU3 : Est. Signal Events

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  1. 5000 Toy Experiments, each 1 fb-1 SM + SU3: Est. Signal Events

  2. 5000 Toy Experiments, each 1 fb-1 SM + SU3: Est. Signal Events

  3. 5000 Toy Experiments, each 1 fb-1 SM + SU3: Est. Signal Events

  4. 5000 Toy Experiments, each 1 fb-1 SM + SU3: Est. Signal Events

  5. 5000 Toy Experiments, each 1 fb-1 SM + SU3: Est. Signal Events

  6. 2500 Toy Experiments, each 1 fb-1 SM + SU3: Est. Signal Events

  7. 2500 Toy Experiments, each 1 fb-1 SM + SU3: Est. Signal Events

  8. 5000 Toy Experiments, each 1 fb-1 SM +SU3: Tiles Configurations

  9. New discrimination variables: Correlation and Separation SU3: All SUSY benchmark points:

  10. 2D Tiles Method on MC Data Samples (Signal Point SU3) MC Signal Events: 767.8 MC SM Events: 1868.3 Correlation: on Correlation: off

  11. 3D Tiles Method on MC Data Samples (Signal Point SU3) MC Signal Events: 767.8 MC SM Events: 1868.3 Correlation: on Correlation: off

  12. 3DTiles Method: Projection on XY plane – background events

  13. 3DTiles Method: Projection on XY plane – signal events

  14. 3DTiles Method: Projection on Z axis (MT)

  15. Tiles Method with splitted background Split SM into tt->lnlnand rest of SM MC Signal Events: 767.8 MC ttlnln Events: 256.4 MC restSM Events: 1612.1 Correlation: on Correlation: off

  16. 6x6 Tiles Method with splitted background: Observed Events

  17. 6x6 Tiles Method with splitted background: Signal Events

  18. 6x6 Tiles Method with splitted background:tt->lnln Events

  19. 6x6 Tiles Method with splitted background: Rest of SM

  20. 6x6 Tiles Method with splitted background: Projection Plots

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