glmbayes

R 패키지 메타데이터와 수집 신호를 모아 봅니다.

Packages / CRAN / glmbayes

glmbayes

v0.9.75
Repository CRANLicense GPL-2Lifecycle activeNeeds compilation yes
DOI
10.32614/CRAN.package.glmbayes

Core Signals

첫 화면에서 판단해야 할 수집 신호를 먼저 배치합니다.

0
표시할 핵심 신호가 없습니다.

Supported Backends

DESCRIPTION에서 감지한 backend 관련 package입니다.

0
backend package 신호가 없습니다.

Quick Facts

기본 메타데이터를 작은 카드와 토큰으로 압축합니다.

profile
Repository
CRAN
Version
0.9.75
License
GPL-2
Lifecycle
active
Needs compilation
yes
Last observed
2026-08-06
CRAN
cran.r-project.org/package=glmbayes

Build fields

LinkingTo
4
RcppRcppArmadilloRcppParallelopencltools

수집 소스별 패키지 정보

1개 소스
CRAN
0.9.75
2026-08-06
License
GPL-2
Depends
MASS, R (>= 3.5.0)
Imports
stats, coda, insight, bayestestR, Rcpp (>= 1.1.1), RcppParallel, Rdpack (>= 0.11-0), opencltools (>= 0.8.1), nmathopencl
Suggests
knitr, rmarkdown, ggplot2, bayesrules, LearnBayes, testthat (>= 3.0.0), spelling
LinkingTo
Rcpp, RcppArmadillo, RcppParallel, opencltools
Needs compilation
yes
Lifecycle
active
Last observed
2026-08-06 02:14:24

이 패키지가 의존하는 패키지

5개 표시전체 22개
PackageTypeSpec
MASS
CRAN · 0.9.75 · 2026-09-19
DependsMASS
bayestestR
CRAN · 0.9.75 · 2026-09-19
ImportsbayestestR
coda
CRAN · 0.9.75 · 2026-09-19
Importscoda
insight
CRAN · 0.9.75 · 2026-09-19
Importsinsight
nmathopencl
CRAN · 0.9.75 · 2026-09-19
Importsnmathopencl
1 / 5

이 패키지를 쓰는 패키지

3개 표시전체 3개
PackageTypeSpec
glmbayesCore
0.5.3
CRAN · 2026-09-19
Suggestsglmbayes
nmathopencl
0.8.3
CRAN · 2026-09-19
Suggestsglmbayes (>= 0.9.6)
opencltools
0.8.2
CRAN · 2026-08-05
Suggestsglmbayes (>= 0.9.3)
1 / 1

Reverse dependency summary

1 types
TypePackages
Suggests3

패키지 페이지

Reverse suggests
4
All links
145
Repository
CRAN
Version
0.9.75
Collected
2026-08-21 01:18:56
Package page
https://cran.r-project.org/web/packages/glmbayes/index.html
DOI
10.32614/CRAN.package.glmbayes
Citation
https://cran.r-project.org/web/packages/glmbayes/citation.html
CRAN checks
https://cran.r-project.org/web/checks/check_results_glmbayes.html
README
https://cran.r-project.org/web/packages/glmbayes/readme/README.html
NEWS
https://cran.r-project.org/web/packages/glmbayes/news/news.html
Reference HTML
https://cran.r-project.org/web/packages/glmbayes/refman/glmbayes.html
Reference PDF
https://cran.r-project.org/web/packages/glmbayes/glmbayes.pdf
Source package
https://cran.r-project.org/src/contrib/glmbayes_0.9.75.tar.gz
Archive
https://CRAN.R-project.org/src/contrib/Archive/glmbayes
Page fields
Author
Kjell Nygren [aut, cre], The R Core Team [ctb, cph] (R Mathlib sources, R stats modeling code, and derived/adapted routines), The R Foundation [cph] (Portions of R Mathlib and R source code), Ross Ihaka [ctb, cph] (R Mathlib and original R modeling infrastructure), Robert Gentleman [ctb, cph] (Portions of R Mathlib), Simon Davies [ctb] (Original R glm implementation), Morten Welinder [ctb, cph] (Portions of R Mathlib), Martin Maechler [ctb] (Portions of R Mathlib)
BugReports
https://github.com/knygren/glmbayes/issues
CRAN Checks
glmbayes results
Citation
glmbayes citation info
Copyright
see file COPYRIGHTS
DOI
10.32614/CRAN.package.glmbayes
Language
en-US
License
GPL-2
LinkingTo
Rcpp , RcppArmadillo , RcppParallel , opencltools
Maintainer
Kjell Nygren <kjell.a.nygren at gmail.com>
Materials
README , NEWS
NeedsCompilation
yes
Old Sources
glmbayes archive
Package Source
glmbayes_0.9.75.tar.gz
Published
2026-08-04
Reference Manual
glmbayes.html , glmbayes.pdf
Reverse Suggests
glmbayesCore , nmathopencl
SystemRequirements
Optional OpenCL support. If available, GPU acceleration will be used; otherwise, computation runs on CPU.
URL
https://CRAN.R-project.org/package=glmbayes , https://github.com/knygren/glmbayes , https://knygren.r-universe.dev/glmbayes
Version
0.9.75
Vignettes
Chapter 00: Introduction ( source , R code ) Chapter 01: Getting started with glmbayes ( source , R code ) Chapter 02-S01: Conjugate Models — Introduction and Overview ( source , R code ) Chapter 02-S02: Normal–Normal Conjugacy for One Mean ( source , R code ) Chapter 02-S03: Beta–Binomial Conjugacy for One Proportion ( source , R code ) Chapter 02-S04: Gamma–Poisson Conjugacy for One Count Rate ( source , R code ) Chapter 02-S05: Gamma–Gamma Conjugacy for One Response Rate ( source , R code ) Chapter 03: Estimating Bayesian linear models ( source , R code ) Chapter 04: Tailoring priors — leveraging the Prior_Setup function ( source , R code ) Chapter 05: Model predictions and posterior predictive checks (+ bayesplot ppc_*) ( source , R code ) Chapter 06: Deviance residuals, model statistics and posterior inference (+ bayestestR) ( source , R code ) Chapter 07: Foundations of GLMs — families, links, and log-concave likelihoods ( source ) Chapter 08: Estimating Bayesian generalized linear models ( source , R code ) Chapter 09: Models for the Binomial family ( source , R code ) Chapter 10: Models for the Poisson family ( source , R code ) Chapter 11: Models for the Gamma family ( source , R code ) Chapter 12: Visualizing posteriors with bayesplot ( source , R code ) Chapter 13: Bayesian inference and decision making with bayestestR ( source , R code ) Chapter 14: Informative priors — centering and differential prior weights ( source , R code ) Chapter 15: Estimating models with unknown dispersion parameters ( source , R code ) Chapter 16: Large models — GPU acceleration using OpenCL ( source , R code ) Chapter 17: Linear mixed-effects models ( source , R code ) Chapter 18: Generalized linear mixed-effects models ( source , R code ) Chapter A01: A detailed overview of the glmbayes package ( source , R code ) Chapter A02: Overview of Estimation Procedures ( source , R code ) Chapter A03: Methods available in glmbayes ( source , R code ) Chapter A04: Directional Tail Diagnostics for Prior-Posterior Disagreement ( source , R code ) Chapter A05: Simulation Methods - Likelihood Subgradient Densities ( source , R code ) Chapter A06: Accept–Reject Sampling for Dispersion in Gamma Regression ( source , R code ) Chapter A07: Accept–Reject Sampling for gaussian Regression models with independent normal-gamma priors ( source , R code ) Chapter A08: Overview of Envelope Related Functions ( source , R code ) Chapter A09: Parallel Sampling Implementation using RcppParallel ( source , R code ) Chapter A10: Accelerated EnvelopeBuild Implementation using OpenCL ( source , R code ) Chapter A11: Implementation Companion for Independent Normal-Gamma ( source , R code ) Chapter A12: Technical Derivations for Priors Returned by 'Prior_Setup() ( source , R code )
Windows Binaries
r-devel: glmbayes_0.9.75.zip , r-release: glmbayes_0.9.75.zip , r-oldrel: glmbayes_0.9.75.zip
MacOS Binaries
r-release (arm64): glmbayes_0.9.75.tgz , r-oldrel (arm64): glmbayes_0.9.75.tgz , r-release (x86_64): glmbayes_0.9.75.tgz , r-oldrel (x86_64): glmbayes_0.9.75.tgz
Version
0.9.75
LinkingTo
Rcpp , RcppArmadillo , RcppParallel , opencltools
Published
2026-08-04
DOI
10.32614/CRAN.package.glmbayes
Author
Kjell Nygren [aut, cre], The R Core Team [ctb, cph] (R Mathlib sources, R stats modeling code, and derived/adapted routines), The R Foundation [cph] (Portions of R Mathlib and R source code), Ross Ihaka [ctb, cph] (R Mathlib and original R modeling infrastructure), Robert Gentleman [ctb, cph] (Portions of R Mathlib), Simon Davies [ctb] (Original R glm implementation), Morten Welinder [ctb, cph] (Portions of R Mathlib), Martin Maechler [ctb] (Portions of R Mathlib)
Maintainer
Kjell Nygren <kjell.a.nygren at gmail.com>
BugReports
https://github.com/knygren/glmbayes/issues
License
GPL-2
Copyright
see file COPYRIGHTS
URL
https://CRAN.R-project.org/package=glmbayes , https://github.com/knygren/glmbayes , https://knygren.r-universe.dev/glmbayes
NeedsCompilation
yes
SystemRequirements
Optional OpenCL support. If available, GPU acceleration will be used; otherwise, computation runs on CPU.
Language
en-US
Citation
glmbayes citation info
Materials
README , NEWS
CRAN Checks
glmbayes results
Reference Manual
glmbayes.html , glmbayes.pdf
Vignettes
Chapter 00: Introduction ( source , R code ) Chapter 01: Getting started with glmbayes ( source , R code ) Chapter 02-S01: Conjugate Models — Introduction and Overview ( source , R code ) Chapter 02-S02: Normal–Normal Conjugacy for One Mean ( source , R code ) Chapter 02-S03: Beta–Binomial Conjugacy for One Proportion ( source , R code ) Chapter 02-S04: Gamma–Poisson Conjugacy for One Count Rate ( source , R code ) Chapter 02-S05: Gamma–Gamma Conjugacy for One Response Rate ( source , R code ) Chapter 03: Estimating Bayesian linear models ( source , R code ) Chapter 04: Tailoring priors — leveraging the Prior_Setup function ( source , R code ) Chapter 05: Model predictions and posterior predictive checks (+ bayesplot ppc_*) ( source , R code ) Chapter 06: Deviance residuals, model statistics and posterior inference (+ bayestestR) ( source , R code ) Chapter 07: Foundations of GLMs — families, links, and log-concave likelihoods ( source ) Chapter 08: Estimating Bayesian generalized linear models ( source , R code ) Chapter 09: Models for the Binomial family ( source , R code ) Chapter 10: Models for the Poisson family ( source , R code ) Chapter 11: Models for the Gamma family ( source , R code ) Chapter 12: Visualizing posteriors with bayesplot ( source , R code ) Chapter 13: Bayesian inference and decision making with bayestestR ( source , R code ) Chapter 14: Informative priors — centering and differential prior weights ( source , R code ) Chapter 15: Estimating models with unknown dispersion parameters ( source , R code ) Chapter 16: Large models — GPU acceleration using OpenCL ( source , R code ) Chapter 17: Linear mixed-effects models ( source , R code ) Chapter 18: Generalized linear mixed-effects models ( source , R code ) Chapter A01: A detailed overview of the glmbayes package ( source , R code ) Chapter A02: Overview of Estimation Procedures ( source , R code ) Chapter A03: Methods available in glmbayes ( source , R code ) Chapter A04: Di
Package Source
glmbayes_0.9.75.tar.gz
Windows Binaries
r-devel: glmbayes_0.9.75.zip , r-release: glmbayes_0.9.75.zip , r-oldrel: glmbayes_0.9.75.zip
MacOS Binaries
r-release (arm64): glmbayes_0.9.75.tgz , r-oldrel (arm64): glmbayes_0.9.75.tgz , r-release (x86_64): glmbayes_0.9.75.tgz , r-oldrel (x86_64): glmbayes_0.9.75.tgz
Old Sources
glmbayes archive
Reverse Suggests
glmbayesCore , nmathopencl
Page sections 4
Documentation
Heading
Documentation
Links
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Text
Reference manual: glmbayes.html , glmbayes.pdf Vignettes: Chapter 00: Introduction ( source , R code ) Chapter 01: Getting started with glmbayes ( source , R code ) Chapter 02-S01: Conjugate Models — Introduction and Overview ( source , R code ) Chapter 02-S02: Normal–Normal Conjugacy for One Mean ( source , R code ) Chapter 02-S03: Beta–Binomial Conjugacy for One Proportion ( source , R code ) Chapter 02-S04: Gamma–Poisson Conjugacy for One Count Rate ( source , R code ) Chapter 02-S05: Gamma–Gamma Conjugacy for One Response Rate ( source , R code ) Chapter 03: Estimating Bayesian linear models ( source , R code ) Chapter 04: Tailoring priors — leveraging the Prior_Setup function ( source , R code ) Chapter 05: Model predictions and posterior predictive checks (+ bayesplot ppc_*) ( source , R code ) Chapter 06: Deviance residuals, model statistics and posterior inference (+ bayestestR) ( source , R code ) Chapter 07: Foundations of GLMs — families, links, and log-concave likelihoods ( source ) Chapter 08: Estimating Bayesian generalized linear models ( source , R code ) Chapter 09: Models for the Binomial family ( source , R code ) Chapter 10: Models for the Poisson family ( source , R code ) Chapter 11: Models for the Gamma family ( source , R code ) Chapter 12: Visualizing posteriors with bayesplot ( source , R code ) Chapter 13: Bayesian inference and decision making with bayestestR ( source , R code ) Chapter 14: Informative priors — centering and differential prior weights ( source , R code ) Chapter 15: Estimating models with unknown dispersion parameters ( source , R code ) Chapter 16: Large models — GPU acceleration using OpenCL ( source , R code ) Chapter 17: Linear mixed-effects models ( source , R code ) Chapter 18: Generalized linear mixed-effects models ( source , R code ) Chapter A01: A detailed overview of the glmbayes package ( source , R code ) Chapter A02: Overview of Estimation Procedures ( source , R code ) Chapter A03: Methods
Downloads
Heading
Downloads
Links
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Text
Package source: glmbayes_0.9.75.tar.gz Windows binaries: r-devel: glmbayes_0.9.75.zip , r-release: glmbayes_0.9.75.zip , r-oldrel: glmbayes_0.9.75.zip macOS binaries: r-release (arm64): glmbayes_0.9.75.tgz , r-oldrel (arm64): glmbayes_0.9.75.tgz , r-release (x86_64): glmbayes_0.9.75.tgz , r-oldrel (x86_64): glmbayes_0.9.75.tgz Old sources: glmbayes archive
Reverse dependencies
Heading
Reverse dependencies
Links
[{"label":"glmbayesCore","section":"","type":"","url":"https://cran.r-project.org/web/packages/glmbayesCore/index.html"},{"label":"nmathopencl","section":"","type":"","url":"https://cran.r-project.org/web/packages/nmathopencl/index.html"}]
Text
Reverse suggests: glmbayesCore , nmathopencl
Linking
Heading
Linking
Links
[{"label":"https://CRAN.R-project.org/package=glmbayes","section":"","type":"","url":"https://CRAN.R-project.org/package=glmbayes"}]
Text
Please use the canonical form https://CRAN.R-project.org/package=glmbayes to link to this page.
Materials 2
Documentation 106
glmbayes.htmlglmbayes.pdfChapter 00: IntroductionsourceR codeChapter 01: Getting started with glmbayessourceR codeChapter 02-S01: Conjugate Models — Introduction and OverviewsourceR codeChapter 02-S02: Normal–Normal Conjugacy for One MeansourceR codeChapter 02-S03: Beta–Binomial Conjugacy for One ProportionsourceR codeChapter 02-S04: Gamma–Poisson Conjugacy for One Count RatesourceR codeChapter 02-S05: Gamma–Gamma Conjugacy for One Response RatesourceR codeChapter 03: Estimating Bayesian linear modelssourceR codeChapter 04: Tailoring priors — leveraging the Prior_Setup functionsourceR codeChapter 05: Model predictions and posterior predictive checks (+ bayesplot ppc_*)sourceR codeChapter 06: Deviance residuals, model statistics and posterior inference (+ bayestestR)sourceR codeChapter 07: Foundations of GLMs — families, links, and log-concave likelihoodssourceChapter 08: Estimating Bayesian generalized linear modelssourceR codeChapter 09: Models for the Binomial familysourceR codeChapter 10: Models for the Poisson familysourceR codeChapter 11: Models for the Gamma familysourceR codeChapter 12: Visualizing posteriors with bayesplotsourceR codeChapter 13: Bayesian inference and decision making with bayestestRsourceR codeChapter 14: Informative priors — centering and differential prior weightssourceR codeChapter 15: Estimating models with unknown dispersion parameterssourceR codeChapter 16: Large models — GPU acceleration using OpenCLsourceR codeChapter 17: Linear mixed-effects modelssourceR codeChapter 18: Generalized linear mixed-effects modelssourceR codeChapter A01: A detailed overview of the glmbayes packagesourceR codeChapter A02: Overview of Estimation ProceduressourceR codeChapter A03: Methods available in glmbayessourceR codeChapter A04: Directional Tail Diagnostics for Prior-Posterior DisagreementsourceR codeChapter A05: Simulation Methods - Likelihood Subgradient DensitiessourceR codeChapter A06: Accept–Reject Sampling for Dispersion in Gamma RegressionsourceR codeChapter A07: Accept–Reject Sampling for gaussian Regression models with independent normal-gamma priorssourceR codeChapter A08: Overview of Envelope Related FunctionssourceR codeChapter A09: Parallel Sampling Implementation using RcppParallelsourceR codeChapter A10: Accelerated EnvelopeBuild Implementation using OpenCLsourceR codeChapter A11: Implementation Companion for Independent Normal-GammasourceR codeChapter A12: Technical Derivations for Priors Returned by 'Prior_Setup()sourceR code
Vignettes 104
Chapter 00: IntroductionsourceR codeChapter 01: Getting started with glmbayessourceR codeChapter 02-S01: Conjugate Models — Introduction and OverviewsourceR codeChapter 02-S02: Normal–Normal Conjugacy for One MeansourceR codeChapter 02-S03: Beta–Binomial Conjugacy for One ProportionsourceR codeChapter 02-S04: Gamma–Poisson Conjugacy for One Count RatesourceR codeChapter 02-S05: Gamma–Gamma Conjugacy for One Response RatesourceR codeChapter 03: Estimating Bayesian linear modelssourceR codeChapter 04: Tailoring priors — leveraging the Prior_Setup functionsourceR codeChapter 05: Model predictions and posterior predictive checks (+ bayesplot ppc_*)sourceR codeChapter 06: Deviance residuals, model statistics and posterior inference (+ bayestestR)sourceR codeChapter 07: Foundations of GLMs — families, links, and log-concave likelihoodssourceChapter 08: Estimating Bayesian generalized linear modelssourceR codeChapter 09: Models for the Binomial familysourceR codeChapter 10: Models for the Poisson familysourceR codeChapter 11: Models for the Gamma familysourceR codeChapter 12: Visualizing posteriors with bayesplotsourceR codeChapter 13: Bayesian inference and decision making with bayestestRsourceR codeChapter 14: Informative priors — centering and differential prior weightssourceR codeChapter 15: Estimating models with unknown dispersion parameterssourceR codeChapter 16: Large models — GPU acceleration using OpenCLsourceR codeChapter 17: Linear mixed-effects modelssourceR codeChapter 18: Generalized linear mixed-effects modelssourceR codeChapter A01: A detailed overview of the glmbayes packagesourceR codeChapter A02: Overview of Estimation ProceduressourceR codeChapter A03: Methods available in glmbayessourceR codeChapter A04: Directional Tail Diagnostics for Prior-Posterior DisagreementsourceR codeChapter A05: Simulation Methods - Likelihood Subgradient DensitiessourceR codeChapter A06: Accept–Reject Sampling for Dispersion in Gamma RegressionsourceR codeChapter A07: Accept–Reject Sampling for gaussian Regression models with independent normal-gamma priorssourceR codeChapter A08: Overview of Envelope Related FunctionssourceR codeChapter A09: Parallel Sampling Implementation using RcppParallelsourceR codeChapter A10: Accelerated EnvelopeBuild Implementation using OpenCLsourceR codeChapter A11: Implementation Companion for Independent Normal-GammasourceR codeChapter A12: Technical Derivations for Priors Returned by 'Prior_Setup()sourceR code
Downloads 9
All page links 120
MASSstatscodainsightbayestestRRcppRcppParallelRdpackopencltoolsnmathopenclRcppArmadilloknitrrmarkdownggplot2bayesrulesLearnBayestestthatspelling10.32614/CRAN.package.glmbayeshttps://github.com/knygren/glmbayes/issuesGPL-2COPYRIGHTShttps://CRAN.R-project.org/package=glmbayeshttps://github.com/knygren/glmbayeshttps://knygren.r-universe.dev/glmbayesglmbayes citation infoREADMENEWSglmbayes resultsglmbayes.htmlglmbayes.pdfChapter 00: IntroductionsourceR codeChapter 01: Getting started with glmbayessourceR codeChapter 02-S01: Conjugate Models — Introduction and OverviewsourceR codeChapter 02-S02: Normal–Normal Conjugacy for One MeansourceR codeChapter 02-S03: Beta–Binomial Conjugacy for One ProportionsourceR codeChapter 02-S04: Gamma–Poisson Conjugacy for One Count RatesourceR codeChapter 02-S05: Gamma–Gamma Conjugacy for One Response Ratesourceglmbayes_0.9.75.tar.gzglmbayes_0.9.75.zipglmbayes_0.9.75.zipglmbayes_0.9.75.zipglmbayes_0.9.75.tgzglmbayes_0.9.75.tgzglmbayes_0.9.75.tgzglmbayes_0.9.75.tgzglmbayes archiveglmbayesCoreR codeChapter 03: Estimating Bayesian linear modelssourceR codeChapter 04: Tailoring priors — leveraging the Prior_Setup functionsourceR codeChapter 05: Model predictions and posterior predictive checks (+ bayesplot ppc_*)sourceR codeChapter 06: Deviance residuals, model statistics and posterior inference (+ bayestestR)sourceR codeChapter 07: Foundations of GLMs — families, links, and log-concave likelihoodssourceChapter 08: Estimating Bayesian generalized linear modelssourceR codeChapter 09: Models for the Binomial familysourceR codeChapter 10: Models for the Poisson familysourceR codeChapter 11: Models for the Gamma familysourceR codeChapter 12: Visualizing posteriors with bayesplotsourceR codeChapter 13: Bayesian inference and decision making with bayestestRsourceR codeChapter 14: Informative priors — centering and differential prior weightssourceR codeChapter 15: Estimating models with unknown dispersion parameterssourceR codeChapter 16: Large models — GPU acceleration using OpenCLsourceR codeChapter 17: Linear mixed-effects modelssourceR codeChapter 18: Generalized linear mixed-effects modelssourceR codeChapter A01: A detailed overview of the glmbayes packagesourceR codeChapter A02: Overview of Estimation ProceduressourceR codeChapter A03: Methods available in glmbayessourceR codeChapter A04: Directional Tail Diagnostics for Prior-Posterior Disagreementsource

버전 이력

RepositoryVersionPublishedFirst seenLast seenDocs
CRAN0.9.72026-07-192026-07-202026-07-28
CRAN0.9.62026-06-212026-07-102026-07-28
CRAN0.9.52026-05-182026-06-212026-07-28
CRAN0.9.32026-05-042026-07-282026-07-28
CRAN0.9.752026-08-062026-08-06
CRAN0.9.722026-07-272026-07-27

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