A Depth Function and a Scale Curve Based on Spatial Quantiles
By Robert Serfling. 2002
140 citations recorded by the source corpus.
Subfields: Statistics and Probability
View Paper: https://www.semanticscholar.org/paper/40f26aa025062843b9c98bb64a2e2ac85b0aed00
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
In Statistics and Probability
- Probal Chaudhuri
- Anirvan Chakraborty
- Anil Kumar Ghosh
- Mia Hubert
- Karl Mosler
- Gerda Claeskens
- Kaveh Vakili
- L. Slaets
Citations in the corpus
- On Maximum Depth and Related Classifiers (2005, background): “Uniform convergence of the empirical version of spatial depth to its population analogue follows from the work of Koltchinskii (1997) and Serfling (2002), and that proves the theorem.”
- On data depth in infinite dimensional spaces (2014, background): “…e.g., Donoho and Gasko 1992), projection depth (PD) (see, e.g., Zuo and Serfling 2000) and spatial depth (SD) (see, e.g., Vardi and Zhang 2000; Serfling 2002), which were originally defined for data in finite dimensional spaces, can have natural extensions into infinite dimensional spaces as…”
- Multivariate Functional Halfspace Depth (2014, methodology): “In Slaets et al. (2012) it is shown how the information from the warping procedure can be incorporated into a clustering method for functional data.”
- Outlier Detection (2008, background): “Miller and Browning [36] proposed a mixture model for a set of labeled and unlabeled samples.”
- Nonparametric Phase-II control charts for monitoring high-dimensional processes with unknown parameters (2020, methodology): “The computational algorithm is available in Vardi and Zhang (2000) and Serfling (2002).”
- Location–Scale Depth (2004, background): “(2000), Vardi and Zhang (2000), or Serfling (2002).”
- Choosing Among Notions of Multivariate Depth Statistics (2020, background): “(10) • Spatial depth (Serfling, 2002): The spatial depth is defined as DSpa(y”
- Nonparametric Multivariate Descriptive Measures Based on Spatial Quantiles (2004, background): “For extension to the multivariate case, one must select a particular version of multivariate quantiles (see Serfling, 2002b, for a partial review of various ad hoc notions).”