COVID-19 Drug Discovery Dataset
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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The Omics Mock Generator (OMG) library is used to provide the synthetic multiomics data needed to test the computational tools for bioengineering metabolic models. Since experimental multiomics data is expensive and non-trivial to produce, OMG provides a quick and easy way to produce large amounts of multiomics data that are based on plausible metabolic assumptions.
PyEmission is a Python library for estimation of vehicular emissions and fuel consumption. This tool covers a wide range of light duty motor vehicles including passenger car, SUV, passenger truck, and light commercial truck. The tool only takes second-by-second driving cycle and vehicle characteristics data as inputs and generate results of vehicular emissions (CO2, CO, NOx, and HC) and fuel consumption.
MATAR is a C++ software library to allow developers to easily create and use dense and sparse data representations that are also portable across disparate architectures using Kokkos.
Tribol is a modular interface physics library featuring Lagrangian contact algorithms for explicit and implicit solid mechanics applications. More broadly, Tribol supports the research, development, and implementation of numerical methods for interface physics.
OLM focuses on managing the ORIGEN reactor library, which is a special collection of data that enables rapid spent fuel calculations with SCALE/ORIGAMI.
This Fortran code consists of multiple modules with a focus on simplifying array operations, image processing, and numerical computation especially for computational geophysics applications. We intend to use this code to demonstrate the application and usefulness of Fortran interface and templates for generic programming, especially for computational geophysics and seismology applications. The code has several notable features. Firstly, it is based on a modularized structure, where each module contains multiple functions but with a focus of functionality. Secondly, it heavily uses interfaces and templates for improving the genericness and convenience of the resulting code, where a same function interface can enclose a group of functions that perform the same functionality but with inputs/output variables of different data types. Thirdly, it includes a variety of generic functions with an emphasis on array operations, such as rotation, flipping, cropping, padding, fast Fourier transform, Gaussian blurring, interpolation, and so on. We name this package FLIP – a generic Fortran Library based on Interfaces and Templates.
SAND2024-13027O The CHMMPP: A c++ Library for Constrained Hidden Markov Models (HMM) software supports the analysis of multivariate time series data to detect patterns using HMM. Many applications involve the detection and characterization of hidden or latent states in a complex system using observable states and variables. This software supports inference of latent states integrating both an HMM and application-specific constraints that reflect known relationships in hidden states. The CHMMPP software supports application-specific and generic methods for constrained inference. This includes a framework for customized Viterbi methods, constrained inference of hidden states with A* and integer programming methods, and various constraint-informed methods for learning HMM model parameters. CHMMPP focuses on supporting generic methods that enable the agile expression of complex sets of constraints that naturally arise in many real-world applications.
The nova-frame library provides a simple themed web application based on the Trame Framework
The nova-mvvm library provides a simple model-view-viewmodel pattern that leverages Pydantic for data binding
The nova-galaxy library provides an abstract API for accessing Galaxy services
This library is a collection of modules and support software that enables the Cell Controller project, already published as open source with a BSD-3 clause license.
SF-25-142 An archetype library for Cyclus that can model more complex reactor operations.
A library and APIs for fast access to binary reference data compiled for X-ray and neutron interaction with materials.
Evaluated Nuclear Data Files (ENDFs) are the most common way to store nuclear data. However, they are a hard-to-read format that few people or programs can read. OpenMC, an open source project, developed a way to read Evaluated Nuclear Data Files (ENDF) into a useful form for python. This library will remove all unnecessary code from OpenMC to focus solely on reading nuclear data. In addition, it will handle parsing Grouped cross-section data from an ENDF file, which OpenMC does not currently handle.
Machine learning library for developing scientific transformer models, particularly chemical language models, at scale
The software is a library of individual proof-of-concept tools to be further developed in research efforts with partner utilities to detect indicators of Cyber Attacks within the Operational Technology Environments.
The Signature Matching Tool (SMT) is a tool that assists users in labeling any unlabeled signatures, according to the hierarchical, event tags taxonomy developed for the Department of Energy's (DOE) Grid Event Signature Library (GESL).