Title: Nearest-neighbour tools for clustering
Description: Finds nearest neighours and the minimum spanning tree for
large data sets, does clustering using the minimum spanning

Description: 'NEON' 'API' (<http://data.neonscience.org/data-api>) client.
Includes methods for interacting with all 'API' routes.

Description: Software for feed-forward neural networks with a single
hidden layer, and for multinomial log-linear models.
Title: Feed-forward Neural Networks and Multinomial Log-Linear Models

Title: Feed-Forward Neural Networks and Multinomial Log-Linear Models

Title: Prediction Intervals of Multi-Layer Neural Networks
Description: Computing prediction intervals of neural network models (e.g.backpropagation) at certain confidence level. It can take the output from models trained by other packages like 'nnet', 'neuralnet', 'RSNNS', etc.

Title: Time Series Forecasting with Neural Networks
Authors@R: person("Nikolaos", "Kourentzes", email = "nikolaos@kourentzes.com",
Description: Contains functions to facilitate automatic time series modelling with neural networks.
Allows fully automatic, semi-manual or fully manual specification of networks. For details of the
specification methodology see: (i) Crone and Kourentzes (2010) <doi:10.1016/j.neucom.2010.01.017>;
Imports: glmnet, neuralnet, plotrix, MASS

Description: Automatic time series modelling with neural networks.
Imports: glmnet, neuralnet, plotrix, MASS, tsutils, uroot

Imports: forecast, glmnet, neuralnet, plotrix, MASS, tsutils, uroot,

Title: k-Nearest Neighbor Join for Spatial Data
Description: K-nearest neighbor search for projected and non-projected 'sf' spatial layers. Nearest neighbor search uses (1) function nn2() from package 'RANN' for projected point data, or (2) function st_distance() from package 'sf' for other types of spatial data.

person("Jan", "Antala", email = "hello@janantala.com", role = c("ctb")))
Description: K-nearest neighbor search for projected and non-projected 'sf' spatial layers. Nearest neighbor search uses (1) C implementation of the Vincenty Formula for lon-lat point layers, (2) function nn2() from package 'RANN' for projected point layers, or (3) function st_distance() from package 'sf' for line or polygon layers.
Imports: geosphere, RANN, units, lwgeom, Rcpp