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The memnet package provides efficient implementations of network science tools to facilitate research into human (semantic) memory. In its current version, the package contains several methods to infer networks from verbal fluency data, various network growth models, diverse (switcher-) random walk processes, and tools to analyze and visualize networks.

The majority of memnet is written in C++ to deliver maximum performance.

Have questions, found annoying errors, or have need/recommendation for additional functionality? Please don't hesitate to write me at dirk.wulff@gmail.com or https://github.com/dwulff/memnet. Thanks!

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Version

Install

install.packages('memnet')

Monthly Downloads

1

Version

0.1.0

License

GPL-3

Maintainer

Dirk U. Wulff

Last Published

November 3rd, 2018

Functions in memnet (0.1.0)

alc

Average local clustering (alc) coefficient
fluency

Repeated verbal fluency generator.
fluency_steps

Verbal fluency step counter
grow_ws

Watts & Strogatz (2002) network growth model
k_dist

Maximum difference between cumulative degree distribution
threshold_graph

Create threshold graph
aspl

Average shortest path length (aspl)
edg_to_adj

Edge list to adjacency matrix
community_graph

Create community graph
get_names

Get node names of memnet objects
get_neighborhood

Get neighbors k or fewer steps away
cmix

Fast general purpose color mixer
one_ffluency

Fast verbal fluency generator
edg_to_adjlist

Edge list to adjlist
get_adjlist

Get adjacency list
ffluency

Fast verbal fluency generator
grow_ba

Barab<U+00E1>si & Albert (2002) network growth model
get_kneighbors

Get vector of neighbors exactly k steps away
one_fluency_steps

Verbal fluency step counter
one_fluency

Verbal fluency generator
one_search

Search network using switcher-random walk process
grow_hk

Holme and Kim (2002) network growth model
network_plot

Plot graph
l_comp

Retrieve largest component
neighborhood_plot

Neighborhood plot
search_rw

Search network using switcher-random walk process
search_rw_mean

Search network repeatedly using switcher-random walk process
network_stats

Network statistics
restore_names

Restore names of memnet objects
rw_graph

Create random walk graph
common_subgraph_stats

Common subgraph statistics
common_subgraphs

Get common subgraph
grow_lattice

Regular lattice network model
grow_st

Steyvers and Tenenbaum (2004) network growth model
animal_fluency

Animal fluency data.