Title: Calculate Pairwise Multiple Comparisons of Mean Rank Sums.
Description: The Kruskal and Wallis one-way analysis of variance by ranks
can be employed, if the data do not meet the assumptions
for one-way ANOVA. Provided that significant differences
were detected by the Kruskal-Wallis-Test, one may be interested
in applying post-hoc tests for pairwise multiple comparisons
of the ranked data. Similarly, one-way ANOVA with repeated
measures that is also referred to as ANOVA with unreplicated
block design can also be conducted via the Friedman-Test.
The consequent post-hoc pairwise multiple comparison test according
to Nemenyi is also provided in this package.

Title: Calculate Pairwise Multiple Comparisons of Mean Rank Sums

of the ranked data (Nemenyi's test, Dunn's test, Conover's test,
van der Waerden's test). Similarly, one-way ANOVA with repeated
The consequent post-hoc pairwise multiple comparison tests according
to Nemenyi and Conover are also provided in this package.

or van der Waerden's normal score test can be employed,
were detected by the omnibus test, one may be interested
(such as Nemenyi's test, Dunn's test, Conover's test,
block design can also be conducted via the Friedman-Test
or the Quade-test. The consequent post-hoc pairwise
multiple comparison tests according to Nemenyi, Conover and Quade
are also provided in this package. Finally Durbin's test for
a two-way balanced incomplete block design (BIBD) is also given

Description: Note, that the 'PMCMR' package is superseded
by the novel 'PMCMRplus' package. The PMCMRplus
'PMCMR' and many more parametric and non-parametric
multiple comparison procedures, one-factorial trend
tests, as well as improved method functions,
The 'PMCMR' package is no longer maintained,
but kept for compatibility of reverse depending

by the novel 'PMCMRplus' package. The 'PMCMRplus'

Description: Note, that the 'PMCMR' package is superset

Title: Penalized Multi-Band Learning for Circadian Rhythm Analysis
Description: Penalized Multi-Band Learning algorithm can be effectively implemented for circadian rhythm analysis and daily activity pattern characterization using actigraphy (continuously measured objective physical activity data). Functions for interactive visualization of actigraph data are also included. Method reference: Li, X., Kane, M., Zhang, Y., Sun, W., Song, Y., Dong, S., Lin, Q., Zhu, Q., Jiang, F., Zhao, H. (2019) A Novel Penalized Multi-band Learning Approach Characterizes the Consolidation of Sleep-Wake Circadian Rhythms During Early Childhood Development.