Software Impacts's repositories
SIMPAC-2024-115
Discrete Element Method Laboratory
SIMPAC-2024-37
Structural Design Optimization Package
SIMPAC-2024-50
Code and Visualizations of NGPCA for clustering (in high-dimensional data spaces)
SIMPAC-2024-60
Topological Tail Dependence: Evidence from Forecasting Realized Volatility
SIMPAC-2023-342
Enabling PostgreSQL and other DBMS to monitor resource utilization information and allocate query-specific resources in real-time.
SIMPAC-2023-531
Software for Network-Based Textual Cohesion Analysis
SIMPAC-2024-22
Multiscale model for Metamaterial calculations
SIMPAC-2024-25
Evolutionary Celular Automaton 5 / Autómata Evolutivo 5
SIMPAC-2024-30
Source repository for MI-NiDIA Software
SIMPAC-2024-32
An R package to access the Google Trends API
SIMPAC-2024-36
An automatic software for the selection and combination of forecasts in monthly series
SIMPAC-2024-44
This software automatizes the use of the proposed loss function in https://doi.org/10.1016/j.dajour.2023.100369
SIMPAC-2024-47
Software for the Paper in Software Impacts
SIMPAC-2024-53
The software for the publication about The Distributions of The Electric Potential and Fields in The Polymer-Stabilized Blue Phase Liquid Crystals Between Two Parallel Electrodes
SIMPAC-2024-55
GraphIdx: An Efficient Indexing Technique for Accelerating Graph Data Mining
SIMPAC-2024-56
Lgrangian Atmospheric moisTure and heaT trackINg (LATTIN)
SIMPAC-2024-65
This repository contains the Mathematica code used to develop the work on Catastrophe Theory for game theory
SIMPAC-2024-69
Repository for code used and referenced in 2024 feature extraction paper
SIMPAC-2024-74
R-code for Calculating Fluctuation Assay Results and 95% Confidence Intervals Based on Ma-Sandri-Sarkar Maximum Likelihood
SIMPAC-2024-80
An ARIMA_LSTM hybrid model with Random Forest Technique
SIMPAC-2024-82
OptDNN: Automatic Deep Neural Networks Optimizer for Edge Computing
SIMPAC-2024-88
Simulation Package for Ab-initio Real-space Calculations
SIMPAC-2024-9
Herd mouvement analysis factor by factor throught microsimulations