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On Building Better Cone Jet Algorithms

S. D. Ellis, J. Huston, M. Toennesmann

Abstract

We discuss recent progress in understanding the issues essential to the development of better cone jet algorithms.

On Building Better Cone Jet Algorithms

Abstract

We discuss recent progress in understanding the issues essential to the development of better cone jet algorithms.

Paper Structure

This paper contains 4 equations, 6 figures.

Figures (6)

  • Figure 1: Difference of $E_{T}$ for matched jets found with various jet algorithms and compared to the JetClu CDF Run I algorithm. The events studied were generated with HERWIG 6.1 and run through the CDF detector simulation.
  • Figure 2: 2-Parton distribution: a) transverse energy distribution; b) distributions F(r) and E$_{C}$(r) in the perturbative limit of no smearing.
  • Figure 3: Perturbation Theory Structure: a) $R_{sep}=2$; b) $R_{sep}=1.3$.
  • Figure 4: The distributions F(r) and E$_{C}$(r) for smearing width a) 0.1; b) 0.25.
  • Figure 5: Result of applying the Midpoint Algorithm to a specific Monte Carlo event in the CDF detector.
  • ...and 1 more figures