Title: Scan Statistics in Social Networks
Author: Tai-Chi Wang [aut,cre,ths] <taichi53719@gmail.com>,
Frederick Kin Hing Phoa [ths] <fredphoa@stat.sinica.edu.tw>
Description: Scan statistics applied in social network data can be used to test the cluster characteristics among a social network.

Title: Memory management in R by delayed assignments
Author: Bill Venables, based on original code by David Brahm
Description: Allows objects to be stored on disc and automatically
recalled into memory as required by delayed assignment

recalled as required into memory by delayed assignment.

recalled into memory, as required, by delayed assignment.

Title: Creation of Stratum Orthogonal Arrays
Description: Creates stratum orthogonal arrays (also known as strong orthogonal arrays). These are arrays with more levels per column than the typical orthogonal array, and whose low order projections behave like orthogonal arrays, when collapsing levels to coarser strata. Details are described in Groemping (2021) "A unified implementation of stratum (aka strong) orthogonal arrays" <http://www1.bht-berlin.de/FB_II/reports/Report-2021-001.pdf>.
Imports: stats, combinat, FrF2, igraph, lhs (>= 1.1.3), conf.design

Description: Creates stratum orthogonal arrays (also known as strong orthogonal arrays). These are arrays with more levels per column than the typical orthogonal array, and whose low order projections behave like orthogonal arrays, when collapsing levels to coarser strata. Details are described in Groemping (2022) "A unifying implementation of stratum (aka strong) orthogonal arrays" <http://www1.bht-berlin.de/FB_II/reports/Report-2022-002.pdf>.
Packaged: 2022-06-04 10:59:03 UTC; groemping

Imports: stats, combinat, FrF2, igraph, lhs (>= 1.1.3), conf.design,
Packaged: 2022-10-03 10:04:07 UTC; groemping

Title: SOD for multidimensional scaling.
Description: SOD (Self-Organising-Deltoids) provides multidimensional scaling by gradually reducing the dimensionality of an initial space and using the resulting stress in the configuration to re-arrange nodes. Stress is calculated from the errors in the inter-node distances, and the sum of the stresses at each node is combined to create N-dimensional force vectors that direct the movement of nodes as the dimensionality is iteratively reduced.