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kols: Dataset with data from the COPD health atlas

GITHUB
Helseatlas/helseatlas: R-package to produce shiny maps of Norway

R: Dataset with data from the COPD health atlas
kolsR Documentation
Dataset

kols: Map from the COPD healthcare atlas

GITHUB
Helseatlas/maps: Package containing maps used by Helseatlas

R: Map from the COPD healthcare atlas
kolsR Documentation
Map from the COPD

kols: Dataset with data from the COPD health atlas

GITHUB
Helseatlas/shinymap: R-package to produce shiny maps of Norway

R: Dataset with data from the COPD health atlas
kolsR Documentation
Dataset

kols: Map from the COPD healthcare atlas

GITHUB
Helseatlas/kart: Package containing maps used by Helseatlas

R: Map from the COPD healthcare atlas
kolsR Documentation
Map from the COPD

kols: Dataset with data from the COPD healthcare atlas

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Helseatlas/data: Package containing data for the Helseatlas website

R: Dataset with data from the COPD healthcare atlas
kolsR Documentation

plot_kols: Plot a KOL team in a network

CRAN
KOLaide: Pick and Plot Key Opinion Leaders from a Network Given Constraints

R: Plot a KOL team in a network
const macros = { "\\R": "\\textsf{R}", "\\code": "\\texttt"};
function

remove_outliers: Statistical data analysis support functions Sergey "kol"...

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skolchin/statp: Statistical data analysis support functions

R: Statistical data analysis support functions Sergey "kol"...
remove_outliersR Documentation
Statistical data

R/plot_kols.R:

CRAN
KOLaide: Pick and Plot Key Opinion Leaders from a Network Given Constraints

#' Plot a KOL team in a network
#'
#' @param KOL a KOL object generated by \code{pick_kols()}

pick_kols: Pick key opinion leaders from a network given constraints

CRAN
KOLaide: Pick and Plot Key Opinion Leaders from a Network Given Constraints

goal
string: goal for the KOL team (either "diffusion" or "adoption")
integer: KOL team centrality parameter (m

adjacency_matricies_countries_lat-long:

GITHUB
AnthonyEbert/ItalyCovid19: What the Package Does (One Line, Title Case)

x = readr::read_csv("countries_list.csv")
kol = ItalyCovid19::create_adjacency_matrix(x$alpha3, x$lat, x$long)
diag

R/recode.R:

GITHUB
helseprofil/orgdata: Aggregating Original Data

, lesid) {
## dt - Dataset
## code - From codebook

R/colorList.r:

GITHUB
kraaijenbrink/pkrf: Philip Kraaijenbrink's R functions

(),'colorlist.pdf')
pdf(dstpdf,width=14.57, height=8.2, onefile=TRUE)
kol <- colors()

adjacency_matricies_provincia_lat-long:

GITHUB
AnthonyEbert/ItalyCovid19: What the Package Does (One Line, Title Case)

= mean(lat))
# Create adjacency matrix
kol = ItalyCovid19::create_adjacency_matrix(x1$denominazione_provincia, x1$Lat

R/bef_proj.R:

CRAN
befproj: Makes a Local Population Projection

<-as.matrix(Startmatris,col=2)
colnames(Startmatris_1) <- c("N0_K","N0_M")
Kol<-NCOL(assumptions)-1

R/bef_components.R:

CRAN
befproj: Makes a Local Population Projection

Startmatris_1<-as.matrix(Startmatris,col=2)
colnames(Startmatris_1) <- c("N0_K","N0_M")
Kol<-NCOL(assumptions

adjacency_matricies_regione_lat-long:

GITHUB
AnthonyEbert/ItalyCovid19: What the Package Does (One Line, Title Case)

) %>%
summarise(Long = mean(long), Lat = mean(lat))
# Create adjacency matrix

R/pick_kols.R:

CRAN
KOLaide: Pick and Plot Key Opinion Leaders from a Network Given Constraints

of information
#' @param goal string: goal for the KOL team (either \code{"diffusion"} or \code{"adoption"})
#' @param m integer: KOL

R/delete-row.R:

GITHUB
helseprofil/orgdata: Aggregating Original Data

--------------
is_delete_lesid <- function(dt, code, lesid){
LESID <- KOL <- FRA <- NULL

R/twoStep.R:

CRAN
ibmdbR: IBM in-Database Analytics for R

, ' FROM ', exportModelTable,' where MODELUSAGE= \'Column Statistics\'',sep="")
kols <- idaQuery(model4

R/kMeans.R:

CRAN
ibmdbR: IBM in-Database Analytics for R

= \'Column Statistics\'',sep="")
kols <- idaQuery(model4)
}, error = function(e) {