Matt Peeples's Projects
R Markdown document associated with the workshop at the Computer Applications and Quantitative Methods in Archaeology Meeting in Atlanta, GA (2017) hosted by Matt Peeples and Tom Brughmans. Network Science and Statistical Techniques for Dealing with Uncertainties in Archaeological Datasets.
Code repository and Bookdown project for Online Companion to Network Science in Archaeology by Tom Brughmans and Matthew A. Peeples (Cambridge Manuals in Archaeology)
The R-script implements a means for statistically assessing the degree of co-occurrence between classes within a dataset based on an idea origially suggested by James Allison at BYU and published by Keith Kintigh in 2006.
Authoring Books and Technical Documents with R Markdown
R-script for conducting and evaluating bootstrapped correspondence analyses following methods published by Peeples and Schachner (2012) in the Journal of Archaeological Science
Code from Borck et al. 2013 article in Journal of Archaeological Method and Theory
Script for calculating Brainerd-Robinson coefficients based on tabular count or percent data. This script also estimates the probability that a given difference between two samples is the product of sampling error.
Proposal for a SIG bid at the AGM CAA Oxford
This R script produces a exploratory visual for assessing site date ranges originally suggested to me by Wesley Bernardini (Redlands University). The plot consits of horizontal bars on an x-axis reprenting time with the width determined based on the production span for that type and with the height of each box determined based on the relative frequency of that type with types sorted vertically by start date. The script reads in csv files in the formatted of the example dataset here and produces a pdf containing results for each site.
This is an R implementation of the procedure outlined by John M. Roberts, Jr. et al. (2012) "A method for chronologically apportioning of ceramic assemblages" published in the Journal of Archaeological Science
R code and Data Compendium associated with Peeples and Bischoff: Archaeological Networks, Community Detection, and Critical Scales of Interaction in the U.S. Southwest/Mexican Northwest
This R Function creates a simple Ford diagram for archaeological seriation with error bars determined based on sample size where count data are given.
Implements the friction surface used to create cost-buffers around sets of spatial points based on the caloric cost of travel. See Hill et al. 2015 in Advances in Archaeological Practice for more.
Open source book: Geocomputation with R
R Code associated with Giomi and Peeples (2019) in Journal for Anthropological Archaeology
Script for conducting K-means cluster analysis using R. This script provides output designed to help the user select an appropriate cluster solution.
Just learning how to work with LiDAR data in R
Script for calculating mean ceramic dates based on tabular data. This script also estimates sampling error using a bootstrapping procedure.
This is an R script that replicates the analyses presented in : Kintigh, K. 1984. Measuring Archaeological Diversity by Comparison with Simulated Assemblages. American Antiquity 49: 44-54.
Analytical Dashboard for conducting various analysis to group and assess groupings for Neutron Activation Analytical chemical compositional data
Network Intro Workshop
Code associated with Ownby et al. (2014) Journal of Archaeological Science article
R Code and Data from Peeples and Haas (2013) American Anthropologist article
R Code associated with the Peeples et al. (2016) chapter in the Connected Past book, Oxford University Press
Figures associated with work associated with population persistence analysis