The Basic Reproducible Workflow Template Justin Kitzes
#Gitbook editor subfolder full#
Maintaining a Reproducible Database on Political Parties, Elections, and Governmentsĭeveloping R Code for the Processing and Analysis of Optic Flow DataĪll or Nothing! Public Goods Provision under Partial versus Full Decentralization in Indonesia Generation of Uniform Data Products for AmeriFlux and FLUXNETĭeveloping a Reproducible Workflow for Large-scale Phenotypingĭeveloping and Testing Stochastic Filtering Methods for Tracking Objects in Videosĭeveloping, Testing, and Deploying Efficient MCMC Algorithms for Hierarchical Models Using R Producing a Journal Article on Probabilistic Tsunami Hazard AssessmentĪ Reproducible Neuroimaging Workflow using the Automated Build Tool "make" Problem-Specific Analysis of Molecular Dynamics Trajectories for Biomoleculesĭeveloping an Open, Modular Simulation Framework for Nuclear Fuel Cycle Analysis PyMooney: Generating a Database of Two-Tone, Mooney Images
#Gitbook editor subfolder software#
Software for Analyzing Supernova Light Curve Data for Cosmology Reproducible Computational Science on High Performance Computers: A View from Neutron Transportĭetection and Classification of Cervical CellsĮnabling Astronomy Image Processing With Cloud Computing Using Apache Spark Reproducibility in Human Neuroimaging Research: A Practical Example from the Analysis of Diffusion MRI Reproducible Workflows For Understanding Large Scale Ecological Effects Of Climate Change Reproducible Applied Statistics: Is Tagging of Therapist-Patient Interactions Reliable?Ī Dissection of Computational Methods Used in a Biogeographic StudyĪ Statistical Analysis of Salt and Mortality at the Level of Nations Using R and Related Tools for Reproducible Research in ArchaeologyĪchieving Full Replication of our Own Published CFD Results, with Four Different Codes Metropolitan Areas Using RĪnalyzing Cosponsorship Data to Detect Networking Patterns in Peruvian Legislators Using Observational Data and Numerical Modeling to Make Scientific Discoveries in Climate ScienceĪnalyzing Bat Distributions in a Human-Dominated Landscape with Autonomous Acoustic Detectors and Machine Learning ModelsĪn Analysis of Household Location Choice in Major U.S. Validating Statistical Methods to Detect Data Fabricationįeature Extraction and Data Wrangling for Predictive Models of the Brain in Python The Trade-Off Between Reproducibility and Privacy in the Use of Social Media Data to Study Political BehaviorĮstimating the Effect of Soldier Deaths on the Military Labor Supplyĭeveloping and Analyzing Exact-Diagonalization Simulations for Quantum Many-Body Systems and Creating a Provenance-Rich Publication from the Results Processing of Airborne Laser Altimetry Data Using Cloud-based Python and Relational Database Tools Building Towards a Future Where Reproducible, Open Science is the Norm
0 kommentar(er)
