R Scholar logoR Package Scholar

Piotr Fryzlewicz

17 Packages
Package ⇅ Year Total~Citation
breakfast: Methods for Fast Multiple Change-Point/Break-Point Detection and Estimation (Version 2.5)Contributor

2017 1
ccid: Cross-Covariance Isolate Detect: a New Change-Point Method for Estimating Dynamic Functional Connectivity (Version 1.2.0)Contributor

2021 0
CNLTreg: Complex-Valued Wavelet Lifting for Signal Denoising (Version 0.1-2)Contributor

2017 2
CNLTtsa: Complex-Valued Wavelet Lifting for Univariate and Bivariate Time Series Analysis (Version 0.1-2)Contributor

2017 0
DDHFm: Variance Stabilization by Data-Driven Haar-Fisz (for Microarrays) (Version 1.1.4)Contributor

2009 0
forecastSNSTS: Forecasting for Stationary and Non-Stationary Time Series (Version 1.3-0)Contributor

2016 0
haarfisz: Software to Perform Haar Fisz Transforms (Version 4.5.4)Contributor

2010 0
hdbinseg: Change-Point Analysis of High-Dimensional Time Series via Binary Segmentation (Version 1.0.2)Contributor

2018 1
IDetect: Isolate-Detect Methodology for Multiple Change-Point Detection (Version 0.1.0)Contributor

2018 1
not: Narrowest-Over-Threshold Change-Point Detection (Version 1.6)Contributor

2020 1
nsp: Inference for Multiple Change-Points in Linear Models (Version 1.0.0)Maintainer

2021 0
srp: Smooth-Rough Partitioning of the Regression Coefficients (Version 1.2.0)Contributor

2018 0
tilting: Variable Selection via Tilted Correlation Screening Algorithm (Version 1.1.1)Contributor

2012 0
trendsegmentR: Linear Trend Segmentation (Version 1.3.0)Contributor

2019 0
unbalhaar: Function Estimation via Unbalanced Haar Wavelets (Version 2.1)Maintainer

2006 1
wbs: Wild Binary Segmentation for Multiple Change-Point Detection (Version 1.4)Contributor

2014 4
wbsts: Multiple Change-Point Detection for Nonstationary Time Series (Version 2.1)Contributor

2015 0

RPKG Scholar presents a tabulation of an author's contribution in the development of R packages stored in the Comprehensive R Archive Network (CRAN). Within this site, we consider package dependencies (suggests,imports,depends,enhances) as citations because we believe that using one's package to develop another is tantamount to citing the author of the package being imported, suggested or enhanced.

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