Provides easier interaction with
Socrata open data portals http://dev.socrata.com.
Users can provide a 'Socrata' data set resource URL,
or a 'Socrata' Open Data API (SoDA) web query,
or a 'Socrata' "human-friendly" URL,
returns an R data frame.
Converts dates to 'POSIX' format.
Manages throttling by 'Socrata'.
Hugh Devlin, Ph. D., Tom Schenk, Jr., and John Malc

Provides easier interaction with
Socrata open data portals http://dev.socrata.com.
Users can provide a 'Socrata' data set resource URL,
or a 'Socrata' Open Data API (SoDA) web query,
or a 'Socrata' "human-friendly" URL,
returns an R data frame. Converts dates to 'POSIX'
format and manages throttling by 'Socrata'.
Users can upload data to Socrata portals directly
from R.

Provides easier interaction with
'Socrata' open data portals <http://dev.socrata.com>.
Users can provide a 'Socrata' data set resource URL,
or a 'Socrata' Open Data API (SoDA) web query,
or a 'Socrata' "human-friendly" URL,
returns an R data frame. Converts dates to 'POSIX'
format and manages throttling by 'Socrata'.
Users can upload data to 'Socrata' portals directly
from R.
Hugh Devlin, Ph. D., Tom Schenk, Jr., Gene Leynes, Nick Lucius, John Malc, Mark Silverberg, and Peter Schmeideskamp

Provides easier interaction with
'Socrata' open data portals <https://dev.socrata.com>.
Users can provide a 'Socrata' data set resource URL,
or a 'Socrata' Open Data API (SoDA) web query,
or a 'Socrata' "human-friendly" URL,
returns an R data frame. Converts dates to 'POSIX'
format and manages throttling by 'Socrata'.
Users can upload data to 'Socrata' portals directly
from R.

Provides easier interaction with
Socrata open data portals <http://dev.socrata.com>.
Users can provide a 'Socrata' data set resource URL,
or a 'Socrata' Open Data API (SoDA) web query,
or a 'Socrata' "human-friendly" URL,
returns an R data frame. Converts dates to 'POSIX'
format and manages throttling by 'Socrata'.
Users can upload data to Socrata portals directly
from R.

Port of sofia-ml (http://code.google.com/p/sofia-ml/) to R
Michael King <wmichaelking1@gmail.com> and Fernando Cela Diaz <fcela@sloan.mit.edu>. Original sofia-ml code by D. Sculley <dsculley@google.com>.
sofia-ml is a suite of fast incremental algorithms for machine learning that can be used for training models for classification or ranking