¿Sabías que puedes utilizar más de 1,000 apps de la NASA? Así es, la NASA ha puesto disponibles para su descarga más de mil de las aplicaciones que utiliza para llevar a cabo sus misiones al espacio. ¿Lo mejor de todo? Puedes descargarlas de forma gratuita. Además, frecuentemente lanzan nuevas aplicaciones que podemos utilizar.

Tal vez te estás preguntando por qué existen tantas aplicaciones de la NASA. Bueno, pues es sencillo. Todas las misiones y los trabajos de exploración espacial utilizan software y sistemas informáticos. Así es, incluso el Mars Rover, la Estación Espacial Internacional y el helicóptero Ingenuity utilizan este tipo de aplicaciones y software de la NASA para ser controlados.

Tal y como hemos mencionado, la mejor noticia es que todo este software de NASA está disponible para el público de forma gratuita. Se trata de las aplicaciones de la NASA que los ingenieros, astronautas y científicos utilizan para llevar a cabo su trabajo. Son apps que tienen un objetivo científico, motivo por el que es obvio que está dirigido a los científicos, ingenieros, empresas y educadores.

En este artículo, vas a poder encontrar todas las apps de la NASA que tenemos a nuestra disposición, enfocándonos en la gestión del tráfico aéreo y las herramientas de modelado y simulación.

Relacionado: NASA+: La nueva plataforma de streaming de la NASA ya está disponible

Aviación Espacial

La gestión del tráfico aéreo se ha vuelto esencial, y la NASA no se queda atrás. Descubre las herramientas innovadoras que te permiten sumergirte en el fascinante mundo del control del tráfico aéreo. Desde simulaciones realistas hasta datos en tiempo real, estas aplicaciones te brindan una visión única de la complejidad detrás de los vuelos diarios.

Estas son las apps de aviación espacial que la NASA ofrece:

• Traffic Situation Display (TSD)
• BL2D- Two-Dimensional And Axisymmetric Boundary Layer Code
• GFR: Glenn Flux Reconstruction
• Macro For An Apriori Grid NUmerics Metric (MAGNUM)
• PLOT3D, Version 4.1
• ARC2D (Efficient Two-Dimensional Solution Methods For The Navier-Stokes Equations)
• Evolutionary Mission Trajectory Generator (EMTG)
• Multi-Level Monte Carlo With Python (MLMCPy)
• Surface Operations Simulator And Scheduler (SOSS)
• “NASA Glenn Research Center: The Early Years” For IPad
• Apparatus For Evaluating Software Decision Logic (ADEPT)
• X-Plane Communication Toolbox (XPC)
• Grid Express (GridEx) A Framework Based Unstructured Grid Generation Tool
• TLNS3D
• Quad-Channel Transport Class Model (Quad TCM) Simulation
• Flight Optimization System (FLOPS) Software V.9
• Higher-Order Design Environment (HOrDE): A Geometry-Centric, Multi-Disciplinary, Multi-Fidelity Process For Conceptual Aircraft Analysis And Design
• Coordinate Systems Class Library
• Operating System Abstraction Layer
• PRECiSA With Instrumented Code Generation
• MFSim – Multi-Fidelity Simulation
• SolFlyte
• Upwind Parabolized Navier-Stokes Solver (UPS) For Supersonic And Hypersonic Flow Simulation, Version 6.1
• Multiphysics Algorithm With Particles (MAP)
• NASA Internships App
• HyperSolve AD Mini-App
• FRET : Formal Requirements Elicitation Tool
• Automatic Discovery Of Precursors In Time Series Data (ADOPT) Code Release
• PyTurbo – A Python Framework For Aero-Thermal Gas Turbine Component Design
• COMDES-MELT: A Turbofan Engine Icing Risk Analysis Tool
• SUPKEM
• Pegasus 5.2: Software For Automated Pre-Processing Of Overset CFD Grids
• Detect And Avoid Alerting Logic For Unmanned Systems (DAIDALUS)
• LAURA 5.6: Langley Aerothermodynamic Upwind Relaxation Algorithm
• DAA-Displays (Detect-And-Avoid Display Widgets)
• Plot3D PreProcessing And PostProcessing Libraries In Julia And Python
• Mesh_Tools V1.2.0 – Automated Unstructured Grid Shock Fitting Scripts Mesh Extrusion For CFD
• Core Flight Executive Version 6.7
• Orion Optical Navigation Image Processing Software Version 1.5
• Zappy – A Load Flow Modeling Tool For Power System Design With Gradient Based Optimization
• Mphys: Library For Coupling High Fidelity Codes In OpenMDAO
• TURBO-AE: An Aeroelastic And Multi-Stage Aerodynamic Analysis Code Based On Unsteady Three-Dimensional Navier-Stokes Equations
• Goddard Trajectory Determination System (GTDS), Release 2008.01
• Ozone: ODE And Optimal Control Solver
• StormGen Weather Editor
• RACE – Runtime For Airspace Concept Evaluation
• Sector 33 App
• WINGDES2 – Wing Design And Analysis Code (WDES)
• Higher-Fidelity Conceptual Design And Structural Optimization (HCDstruct) Version 2.0
• Loudness Code For Asymmetric Sonic Booms (LCASB)
• Trajectory-Based Route Analysis And Control (TRAC)
• EZASE Easy Aeroelasticity: A Tool To Simulate Aircraft Wing Geometry
• Parallel Dantzig-Wolfe Decomposition
• AERO2S – Subsonic Aerodynamic Analysis Of Wings With Leading- And Trailing-Edge Flaps In Combination With Canard Or Horizontal Tail Surfaces
• Finite-Rate Chemistry, Overset-Grid, Dual-Time Combustion-Reentry Code
• OpenMDAO V2
• Inverse Heat Conduction Solver Using MATLAB – IHC Solve
• Shape Parameterization Algorithm (MASSOUD)
• Volume Grid Manipulator (VGM)
• Control Allocation Technique To Recover From Pilot Induced Oscillations (CAPIO) Through The Estimation And Minimization Of Phase Lag Introduced To The System Due To Control Surface Rate Saturation
• GlennOPT
• Langley Stability And Transition Analysis Code (LASTRAC)
• Tool For Turbine Engine Closed-Loop Transient Analysis (TTECTrA)
• EZ4D
• Floating-Point And Real ChecKer (FPRoCK)
• Generic Command And Telemetry Applications For The Core Flight Software Framework (CI-TO)
• Mode Shape Interpolation Via Radial Basis Functions (RBF)
• Static Loader Library For Real Time Embedded Systems
• Airspace Concepts Evaluation System (ACES)
• A Two-Dimensional/Axisymmetric Nozzle Design Code Using The Irrotational Method Of Characteristics (IMOCND)
• NASA World Wind Java (WWJ) Software Development Kit (SDK) Version 2.2
• Advanced Geared Turbofan 30,000 (AGTF30)
• SMS/SDSS STBO Data Fuser
• MVL-15 (Modified Vortex Lattice)
• CPR*: Formally Verified Compact Position Reporting Algorithm
• CFD Utility Software Library
• High-Fidelity Unmanned Multirotor Flight Dynamics Simulation For Off-Nominal Conditions
• Improved Human Ear AuRal Detection Implementation Tool (IHEARDIT)
• Real-Time Background Oriented Schlieren Software Package Update, 2022
• VULCAN-CFD
• Airfoil Machine Learning Code And Dataset
• (ANOPP2v1.4.0) Aircraft NOise Prediction Program (ANOPP2)
• (ANOPP2v1.4.0) Aircraft NOise Prediction Program (ANOPP And ANOPP2)
• OVERFLOW 2.4 Overset Grid Computational Fluid Dynamics Flow Solver With Moving Body Capability (OVERFLOW)
• Orbit-Determination Toolbox
• LAngley Stability And TRansition Analysis Code (LASTRAC) Version 3.0
• PCBoom 7.3.0: Fast PCBoom Sonic Boom Propagation Code
• Flight Awareness Collaboration Tool (FACT)
• Support Libraries For Cart3D I/O Functions And Extensible Design Description Markup
• Pyturbo – A Python Framework For Aerodynamic Turbine And Compressor Component Design (Public Code Release)
• AcousticAnalogies.Jl: A Propeller/Rotor Acoustics Code Especially Suitable For Gradient-Based Optimization
• NASA Design And Analysis Of Rotorcraft (NDARC)
• SBOOM An Advanced Sonic Boom Propagation Tool
• AUSM Shock Tube Code Release
• CAPE – Computational Aerosciences Productivity & Execution
• SBOOM2 – An Advanced Sonic Boom Propagation And Design Tool
• View2space – A Tool For Computing View Factors To Space For CFD Grids
• Optimal Trajectories By Implicit Simulation (OTIS) Version 5.0: A General Purpose 3-DOF Aerospace Vehicle Trajectory Simulation And Optimization Computer Program
• Mixed-Element USM3D Flow Solver For NASA TetrUSS
• RCOTOOLS – Rotorcraft Optimization Tools
• MATLAB Injection Covariance Figure-Of-Merit Tool
• FUN3D V.14.0.2

Sistemas Autónomos

Los avances tecnológicos nos llevan a explorar nuevos horizontes, y los sistemas autónomos están en la vanguardia de esta revolución. Desde la Suite de Visión Estéreo del Laboratorio de Propulsión a Chorro (JPLV) hasta el Sorprendente Sistema de Navegación de Landmarks en Tiempo Real de AprilNav, sumérgete en el emocionante mundo de la autonomía.

Estas son las apps de Sistemas Autónomos que puedes encontrar disponibles:

• Jet Propulsion Laboratory (JPL) Stereo Vision Software Suite (JPLV)
• The Bundle Protocol Core Flight System Application (BP)
• MAV – Modeling, Analysis And Visualization Of ATM Concepts
• Astrobee Robot Software (ARS) V1
• AprilNav: Indoor Real-Time Landmark Navigation System
• Autonomous Operating System – Diagnostic Reasoner
• Robot Application Programming Interface Delegate (RAPID), Version 2
• Prognostics Algorithm Library
• Lidar Based Hazard Relative Navigation Algorithm For Safe Lunar Landing
• Core Flight Software (CFS) Stored Command Absolute (SCA) Application
• Mission Simulation Toolkit (MST)
• Ocean Worlds Autonomy Testbed For Exploration Research And Simulation
• PolyCARP: Algorithms And Software For Computations With Polygons
• PX4 Autopilot Simulink Interface
• The Bundle Protocol Library
• Generic Software Architecture For Prognostics (GSAP)
• Power Autonomy Research And Development Environment (PARDE)
• Model-Based Diagnosis Engine For Stochastic Hybrid Systems (HyDE)
• Detect And Avoid Alerting Logic For Unmanned Systems (DAIDALUS) With Dynamic Well-Clear Separation Volumes
• CRoss-Application Translator For Operational Unmanned Systems (CRATOUS)
• WebGS: A Web-Based Platform For Multi-UAV Flight Visualization And Simulation
• Extendable Uniform Remote Operations Planning Architecture (EUROPA) 2.1
• Small Body Navigation And Topography (SBN&T)
• Smartphone Video Guidance Sensor (SVGS)
• Mission Analysis Low-Thrust Optimizer (MALTO)
• Independent Configurable Architecture For Reliable Operations Of Unmanned Systems With Distributed On-Board Services (ICAROUS-2)
• Simple, Scalable, Script-Based Science Processor For Missions (S4PM)
• Prognostics Model Library
• Hazards Analysis Management Tool (HAMT)
• NASA Tensegrity Robotics Toolkit (NTRT) V1
• Planetary Observer Planning Software (POPS)
• Autonomous Real Time Requirements Tracing (ART)
• Python Prognostics Algorithm Package
• Python Prognostics Model Package
• Automation Framework Designed For Flight Dynamics Products Generation (XFDS)
• Mystic Low-Thrust Trajectory Design And Visualization Software
• Activity Planning With Resources For The Exploration Of Space (APRES)
• Matlab Classes Implementing The Geometric Algebra G(3,0,1) For Homogeneous Transformations Of 3D Rigid Bodies In 4D Projective Space, Primarily Based On Lengyel’s Convention.

Sistemas Empresariales y Gestión de Proyectos

Ahora vamos a compartir contigo algunas de las aplicaciones dedicadas a los sistemas empresariales y la gestión de proyectos, donde adquisiciones, procesos comerciales, gestión de propiedades, gestión de riesgos y programación se entrelazan para crear un tejido empresarial robusto. Estas son las aplicaciones que la NASA nos ofrece:

• Stennis Space Center (SSC) Site Status Mobile Application
• Source Lines Counter (SLiC) Version 4.0
• HORIZON 5 – Framework For Distributed Data Management And Product Generation Workflow
• Comments Export/Management Tool
• Brahms: A Multiagent Simulation/Execution Environment For The Brahms Multiagent Language
• Employee Health & Safety System
• EInfo Services (EIS)
• Action Item System, Version 2.0
• RedShift: Mobile App For Following The Tactical And Strategic Operations Meeting Schedule
• Application Information Logging Services (AILS)
• Data Service Provider Cost Estimation Tool And Comparables Database
• NASA Root Cause Analysis Tool (RCAT)
• Shipping Foam Designer Software
• ID Digit Widget Plug-In
• NASA Aircraft Management Information System (NAMIS)
• NASA HMS (Hazard Management System)
• Kennedy Action Tracking System (KATS)
• Authorization Services (Authos)
• NASA Claims Authentication Provider
• Project Cost Estimating Capability (PCEC)
• NASA COVID-19 Contact Tracing And Tracking (CTT) Application
• Lessons Learned Bot V1.2
• Schedule Test And Assessment Tool (STAT) 5.0
• Programmatic Cost Tool (PCT)–A Spreadsheet Tool For Systematically Generating Sand Charts For Human Spaceflight Architectures.
• NASA Instrument Cost Model (NICM) Version 10
• Wikimoji – The Internet Of Management Things (IoMT)
• Mission Operations Cost Estimation Tool (MOCET)

Soporte de Vida para la Tripulación

Con estas apps de la NASA de puedes sumergir en el campo del soporte de vida para la tripulación, donde sensores biológicos, alimentación, análisis médicos, soporte a la tripulación, y modelos básicos de cognición humana se entrelazan para garantizar la seguridad y el bienestar en el espacio. Aquí tienes las aplicaciones de la NASA sobre Soporte de vida para la tripulación:

• Multi-Attribute Task Battery (MATB-II)
• Acute Radiation Risk And BRYNTRN Organ Dose (ARRBOD) Version 2.1
• NASA Task Load Index (TLX) IOS
• GCR Event-Based Risk Model (GERMCode) Code
• NASA Space Radiation Cancer Risk (NSCR) Model 2012
• Network-Form Game Software Library (Libnfg)
• VESsel GENeration Analysis (VESGEN) 2D Software
• HZETRN2020
• Space Science Investigations: Plant Growth
• RITRACKS: A Software For Simulation Of Stochastic Radiation Track Structure, Micro- And Nano-Dosimetry, Radiation Chemistry And DNA Damage By Heavy Ions
• An LED Lighting Panel Software Simulation Tool
• Fine Motor Skills (FMS) Software Application
• Second Generation Beacon Performance Analysis Test Tools
• Agent-Based Model For Microbial Populations Exposed To Radiation (AMMPER)

Procesamiento de Datos e Imágenes

Con estas apps de la NASA te vas a poder adentrar dentro del procesamiento de datos e imágenes, donde algoritmos avanzados y herramientas de análisis de datos abren nuevas fronteras en la comprensión y visualización de la información. Descubre cómo estas tecnologías están dando forma al futuro de la ciencia y la exploración. Aquí tienes las aplicaciones de la NASA sobre procesamiento de datos e imágenes:

• Pour: A Framework For Periodic, On-Demand, And User-Specified Information Reconciliation
• Visual Environment For Remote Virtual Exploration (VERVE), Version 2
• PixelLearn
• Kodiak: A Software Library For Verifying Nonlinear Arithmetic Statements
• Scalable Gaussian Process Regression
• Ground And Space Radar Volume Matching And Comparison Software
• Spatial Resolution Verification Tool (SRVT)
• Land Surface Temperature MODIS Visualization (LaSTMoV)
• Kodiak’s Boolean Checker Software Module
• Inference Kernel For Open Static (IKOS) Analyzers: A High-Performance Static Analysis Engine To Build Automated Code Analysis Tools For The Formal Verification Of Critical Software Properties
• Downloading And Reformatting Tool For NASA Earth Observation Data Products
• 3DGRAPE/AL V3: Three-Dimensional Grids About Anything By Poisson Equations
• Precipitation Interface For The Middle East (PrIME)
• IMMOD (Interactive Model Of Mosquito Distribution)
• GNEIMO Advanced Techniques For Constrained Internal Coordinate Molecular Dynamics
• Web WorldWind 3D Virtual Globe, V0.10
• SWPC CAT Web Tool
• AutoBayes: Automatic Design Of Customized Analysis Algorithms And Programs
• Constellation PRACA Extension Of The Bugzilla Application
• ARAJ Low-Density Parity Check (LDPC) Codes
• Tiled Web Map Service (WMS) Server
• Tolerance Domain Specific Language
• Photogrammetry Pyramid
• Plotting Program For Kepler Planet Detection Efficiency Products
• Elkhorn Slough Vegetation Imagery Assessment (ESVIA)
• DthData Armstrong Time-History Software Utility
• IPv6 Python Extension Module
• Java Pathfinder (JPF) Core System
• The Real-Time Analytics Platform (RTAP)
• Simple Analysis Of Vegetative Trends In Earth Engine (SAVeTrEE)
• SDCI (Scaled Drought Condition Index)
• MiniWall – Data Visualization Web Browser Application
• A Web-Based Search Service To Support Imaging Spectrometer Instrument Operations.
• Earth Science Keyword And Variable Mapping Tool
• NASA Vision Workbench (VW), Version 3
• MATLAB-Oslo Toolkit
• GPS Occultation Analysis System (GOAS)
• Hypatheon-Searchable Database Capability For Formalized Mathematics
• Portable Environment For Quick Image Processing (QuIP)
• KeplerPORTs (Kepler Planet Occurrence Rate Tools)
• JWST Backgrounds
• Sun Format Database (SunAcc) File Read/Write Library
• Exploration Ground Data Systems (XGDS) V1
• Orion Optical Navigation Image Processing Software (OpNAV)
• Land Use Classification Tool (LUCT)
• VICAR – Video Image Communication And Retrieval
• Highly Scalable Matching Pursuit Signal Decomposition Algorithm (MPD)
• XML To ODL Convertor
• ODL-To-XML Converter
• Hierarchical Data Format-Earth Observing System (HDF-EOS) To NetCDF Converter
• FilePlottingTools
• Grand Canyon Regions Of Drought Impact (GC-ReDI)
• Perilog, Version 3.0
• DthDiff Time-History Difference Software Utility
• OMG Tool Infrastructure Working Group Workflow Automation & Modeling Tool Extensions
• OnSight: Multi-Platform Terrain Visualization For Science, Engineering, And Public Outreach
• COVER (Calibrate Observed Vegetation Estimates Remotely)
• Water Resources Integration Toolbox (WRIT)
• CertWare Safety Case Workbench Software
• TIE 0.4 – The Imagery Exchange For The NASA Global Imagery Browse Services (GIBS) Project
• Libibvpp
• SequenceMiner-Anomaly Detection In Large Sets Of High-Dimensional Symbol Sequences
• Core Hierarchical Segmentation (HSEG) Software Package
• DEVELOP DRIP And SLIP Landslide Detection Package (DRIP-SLIP)
• Palm Oil Plantation Predictor (POPP)
• CCROP (Cover Crop Remotely Observed Performance)
• INFORMATION SHARING PROTOCOL (ISP)
• Bingo Mini-App
• Chapter 10 Tools: Solving The Challenges Of Varying Implementations Of The IRIG Standard
• Random Variable Library
• LAGER (Light-Weight Accumulator Gathering Efficiently In Real-Time)
• PointClouds VR
• Automated Snow Index Tool (ASIT)
• Drought Severity Assessment – Decision Support Tool (DSAT)
• Video Acuity Measurement System
• The OCO-2 Level 2 Retrieval Algorithm
• New Statistical Trajectory Estimation Program (NewSTEP)
• Kepler/K2 Cadence Events (K2CE)
• SGNDI (Separable Grid N-Dimensional Interpolator)
• PolyFit: A C++ Code For Polynomial Curve Fit With Calculation Of Error Bars
• Goddard Image Analysis And Navigation Tool (GIANT)
• Methane Source Finder Web Application (User-Interface And Server)
• Multi-Mission Geographic Information System: A Spatial Data Infrastructure For Planetary Missions
• Tuning Optimizing Genetic Algorithm (TOGA)
• Nu-Anomica (Previously Sparse One Class Support Vector Machines (SOC-SVMs))
• Swim: A Software Information Metacatalog For The Grid
• XML To HDF-EOS Convertor
• Requirements Tracing On Target (RETRO)
• Spectral Analysis Tool (SAT), Version 6.2
• AutoPost
• FAULT (Flood Analysis Utilizing Landsat And ArcMap Tools)
• BALFIT – A Multivariate Regression Analysis Tool
• VOCAL – Visualization Of CALIPSO
• MPS Editor
• TrickFMI: A Functional Mockup Interface (FMI) Standard Implementation For Trick Base Models And Simulations
• FiSSH (Find Suitable Spawning Habitat)
• Fep Extensible Proxy (FEP)
• An Encoding And Decoding Library For The Bundle Protocol
• Growler
• Geometry Manipulation Protocol (GMP) For Computational Fluid Dynamics (CFD) Applications, Version 1.0
• MATLAB-Code V Toolkit
• Global Assimilative Ionosphere Model (GAIM)
• Java Program To Promote An Open-Source “E Standard” For Mass Properties Engineering
• 3D-Mapping Software For High Resolution Display Of Hail And Rain Data From NWS Radar
• “Worldview” Satellite Imagery Browsing And Downloading Tool
• Rocket Plume Spectroscopy Simulation For Hydrocarbon-Fueled Rocket Engines
• NASA App
• Geographic Applications For Transitioning Everglades Regions (GATER)
• Hydrological Anomaly Engine (HAE)
• Increasing Engineering Efficiency With STARS: Structural Analysis Routines
• Autonomous Data Reduction For NASA Earth Science Data
• To The Moon And Beyond, An Educational Game Teaching How International Space Station Research Is Helping Us On Earth And Getting Us To The Moon And Beyond
• Surfer: An Extensible Pull-Based Framework For Resource Selection And Ranking
• MATLAB-Zemax Toolkit
• Java-Based Software Tool For Dynamic Aerospace Vehicle Exchange Markup Files
• DON 3.1 – The Distributed Observer Network 3.1
• Lossless Hyper-/Multi-Spectral Data Compression Software
• PyCMR
• Analysis Software For Cosmic Microwave Background Research
• Kepler Robovetter
• Move Away Superfluous Clouds (MASC)
• Ionospheric Slant TEC Analysis Using GPS-Based Estimation (IonoSTAGE)
• MaRSHE- Marsh Remote Sensing Health Evaluation
• Elimination Of Parameter Input Requirement For Elliptic Grid Generation Methods In Engineering
• Skyglow Estimation Toolbox (SET)
• DEVELOP National Program Python Package (Dnppy)
• Land Cover Change Detection Tool (LCD)
• MYSTRAN
• Visual System For Browsing, Analysis, And Retrieval Of Data (ViSBARD)
• Coastal Mid-Atlantic METRIC Model
• Kepler Science Data Processing Pipeline
• Pixelwise Correlation-Based Landscape Classification (PiCo)
• ISS_Camera_Geolocate
• Physical Scalars And Plotting Tools In Scala
• Classification And Verification Editor (CaVE)
• Regional Incendiary Fuel Risk Assessment Framework (RIFRAF)
• CORAL-TT (Calculating Oscillations In Regional Aquatic Locations – Temperature And Turbidity)
• Viewpoints: Software For Visualization Of Multivariate Data
• Mariana: Text Classification System
• Tool For Interactive Plotting, Sonification, And 3D Orbit Display (TIPSOD)
• Vectorization Of Global Flood Monitoring System Using Topojson
• Modified Snowmelt Runoff Model For Forecasting Water Availability In Chile
• Chesapeake Bay Chlorophyll Hotspot Identifier (CBCHI)
• Surface Water Indication Model (SWIM)
• QuickPlot General-Purpose Plotting Tool
• Multivariate Time Series Search Capability To Identify Complex Patterns In Large Datasets
• RAIn – Rainfall Analysis Integration
• Heat Analysis Manager (HAM), A Thermal Desktop API Based Heat Map Generation Software
• Dorado-Sensitivity
• ISS Explorer
• Tree3D Dynamics Visualization Tool
• ACCEPT (Adverse Condition & Critical Event Prediction Toolbox)
• Field Campaign EXplorer (FCX)
• Fast Linearized Coronagraph Optimizer (FALCO)
• Probabilistic Assessment Of Surface Composition By Remote Imaging Spectroscopy
• Raytracing Atmospheric Delay Estimation For RADAR – RAiDER
• RiverObs
• VegMapper
• Campaign Analysis Mapping And Planning Tool (CAMP)
• SAR Exploration Notebooks
• FRINGE – Fine Resolution InSAR Using Generalized Eigenvectors
• Cloud Vertical Structure Reconstruction Using Generative Adversarial Networks
• Probabilistic Iterative Inversion Of Combined Surface/Atmosphere Models For Atmospheric Correction Of Imaging Spectrometer Data
• PDS DOI Service
• GIBS Machine Learning For Data Validation And Natural Event Detection
• Cassini RADAR SAR Processor, Preprocessor, And Topography From SAR (SARTopo) Processor.
• Lowfssim: Integrated Model Of The LOWFS System On The Roman Coronagraph Instrument
• Stellar: A Web-Based Design System For Information Dense Applications In Spacecraft Operations
• OpenSCRUB
• PODAAC Level 2 Subsetter
• Topographical Landmarks For Ground-Level Terrain Relative Navigation On Mars
• Nfer: A Notation And System For Inferring Event Stream Abstractions
• NISAR Science Notebooks
• SpiceyJS – Time Conversion Library Based On NAIF’s CSPICE
• PDSC: Planetary Data System Coincidences
• Radio Astronomy Software Tools
• A NASA Assurance Standards Workflow Assistant (ANASWA)
• SciHound
• Mrcal – A Toolkit To Precisely Solve Calibration And Structure-From-Motion Problems
• Cloud-Based Data Match-Up Service (CDMS) In Situ Data Services
• LithoSphere – A Tiled, 3D Planetary Web-Based GIS Library
• Streaming 3D Tile Support For Unity3D Game Engine
• Software Lifecycle Improvement And Modernization (SLIM)
• Javascript Implementation For Rendering 3D Tiles In Three.Js
• AMMOS Instrument Toolkit
• A Model-Driven, Science Data Product Registration Service
• CERBERUS: A Bayesian Retrieval Scheme For Efficiently Applying High Dimensionality Model Spaces To The Study Of Exoplanet Atmospheres
• ASSESS – Automatic Semantic Search Engine For Suitable Standards
• NASA PDS – NSSDCA Delivery Software
• PDS Transform Tool
• PDS4 Java Library And Tools
• Planetary Data System Inspect Tool
• 3D Ground Control Station For Aerial Vehicles
• Embedded Software GCC/Gcov Lines Of Code Coverage Data Extraction From The Actual Embedded System, Without Requiring A File System, Or An Operating System, Or Standard C Libraries.
• Waveport Scattering Library
• Event-Based Visual-Inertial Odometry
• SPOC-Lite: On-Board, Lightweight Terrain Classifier For Planetary Rovers
• GpsGUI: EFIS-Style GPS And IMU Visualization, Logging And Log-Playback Software
• CryoFab: Harmonic Analysis Of Isotropic Fields On The Sphere With Arbitrary Masks
• EMIT Science Data System
• IOS Barcode Scanner Framework
• Simplegrid: Simple Local Grid Creation And Refinement For Ocean Circulation Models
• OIIP Data Viewer
• Mars Target Encyclopedia
• Instrument Software Framework (ISF) Software Component Architectural Framework
• Webification Of Earth Science Guidance Documentation
• EVRTH : Virtual Reality Earth Data Visualization Using Streaming Tiled GIBS Data
• Real Time Spectroscopic Survey And Analysis
• InSAR Processor For ALOS-2 Multi-Mode SAR Data And Ionospheric Correction
• Neural Network Emulation Of VSWIR Atmospheric Radiative Transfer Models
• HELM: Hologram Examination For Life-Like Motility
• Interactive Data Analyzer And Reviewer For Machine Learning Systems
• File Exchange Interface 5 – New Enhancements To NTR 40075
• A Multi-Scale Three-Dimensional Variational Data Assimilation System For Coastal Ocean Prediction
• Simulation-Based Uncertainty Quantification For Atmospheric Sounding
• Comprehensive Analysis Of Time Series Forecasting Using Neural Networks
• Connection Of Cameo Simulation Toolkit With RabbitMQ Messaging Service
• DAta To Image SYstem (DAISY)
• Flood Event Monitoring From In-Situ And Satellite Data Using Deep Learning
• MRSDS: Methane Research Science Data System
• Principle Component Analysis (PCA) For Thermography NDE Data
• [V]Ectorized [S]Imulated [M]Easurements Of The [A]Tmosphere Using [R]Adiative [T]Ransfer Based On The [M]Atrix [O]Perator [M]Ethod (VSmartMOM)
• A Simulation Package For Underwater Hydrothermal Vents
• LAMP: Large-Scale Autonomous Mapping And Positioning
• Cloud-Based Data Processing System For ECCO
• TilePredictor: Image And Pixelwise Classification With Tile-Based Convolutional Neural Networks (CNNs)
• Data Driven Solutions For General Satellite Maneuvers
• OPERA SDS (Observational Products For End-Users From Remote Sensing Analysis Science Data System) Software
• AIT (AMMOS Instrument Toolkit) Sequence Editor
• Convolutional Neural Networks For Spacecraft Pose Estimation
• Deep Reinforcement Learning Model For High-Level Science Planning Using Formation Flying
• PyTDI
• Open CAESAR Server
• Python-ION Interface (Pyion)
• Methods For Detecting Novel Geology In Mastcam Multispectral Observations
• Kawin: A Kampmann-Wagner Numerical (KWN) Phase Precipitation And Coarsening Modeling Code
• ECCO Interactive Solution Evaluator
• A Multidecadal Satellite Record Of Water Vapor, Temperature, Clouds And Atmospheric Moist Processes
• Kontest: A Tool For Scenario-Based Software Testing
• NeBula: Networked Belief-Aware Perceptual Autonomy
• A Convenient And Flexible Satellite Data Spatial-Temporal Collocation System
• Video Image Stabilization And Registration (VISAR)
• Deep Learning And Anomaly Detection In Mars Rover Data
• Random Forest Classifier For Real-Time Operations
• GeneLab Amplicon And Metagenomics Data Processing Pipelines
• Rapid Model Import Tool (RMIT) Version 2.0
• Introduction Of Collaborative State Estimation For Multiple Agents Into A Thermal/Visual-Inertial State Estimation Framework
• STRS GPS And Galileo Receiver For The ISS (GARISS)
• PIQUANT X-Ray Fluorescence Quantification Software
• MISR GEOMETRIC CALIBRATION SOFTWARE
• PIXELATE, An Astrobiology Visualization Tool
• Coronagraph Alignment And Calibration Software
• VISTA – Visualization For Telemetry Analysis
• Harvester Of Remote Time-Stamped Data Products
• Ziggy, A Pipeline Management System For Data Analysis Pipelines
• Javascript Implementation Of CAHVORE Camera And Image Transformation Utilities
• Embedded Power Controller With Safety E-Stop And Led Indicators
• Trace Gas Profile Generation Software (GINPUT)
• Py-Sonde-Comparison
• TASC CMOD And Force Test Data Pre-Processor
• AFIDS Automated Fusion Of Image Data System
• SIT-FUSE – Segmentation, Instance Tracking, And Data Fusion Using Multi-SEnsor Imagery
• Cross-Institutional Open-Source Collaborative For NASA’s Multi-Mission Algorithm And Analysis Platform (MAAP) High-End Computing (HEC) And Amazon Web Services (AWS) Development, Integration And Deployment
• DejaVu
• Unity – Multi-Tenant, Managed Product Development, Generation, And Analysis Platform
• The Multi-Mission Algorithm And Analytics Platform (MAAP)
• InSAR Scientific Computing Environment Version 2
• Viewshed Tool (A CAMP/MMGIS Plugin)
• BodyDataReader
• PO.DAAC Open Software Development
• Asteroid Survey Simulation Tool
• MoonDiff: A Web Application Enabling Crowdsourced Comparisons Between Old And New Lunar Imagery
• Sequence JSON – A JSON Schema For Specifying Spacecraft Command Sequences
• PDS Archive Inventory And Monitoring System (AIMS)
• Open-Sourcing The Odysea Mission Simulator
• ProtoSpace Web CAD Renderer
• An Implementation Of The JPEG Image Compression Software With Improved Safety
• Knowledge Acquisition And Synthesis For Information Model Driven Architectures (CornerStone)
• LSTM-Based Anomaly Detection System For Spacecraft Telemetry
• Onboard Coaddition Of Multiple Image Frames To Increase Signal To Noise Ratio And Facilitate Target Tracking
• Forward Ocean Atmosphere Microwave Radiative Transfer Model
• WinPlot Graphical Display System
• COVERAGE Visualization Generation Pipeline
• Regvue: Modern Hardware/Software Interface (HSI) Documentation
• Building Open-Source Hydrodynamic Models Using ANUGA Software
• NetCDF To GeoJSON Vectors
• Calibration Of The High Resolution Volatiles And Minerals Mapper For The Moon (HVM3)
• Automatic Image Analysis Of Environmental Barrier Coating Thermally Grown Oxide Layers Using Machine Learning And Computer Vision
• POMM Planetary Orbital Mosaicking And Mapping Software Toolset
• CMF2PNG_V2
• AQACF Health Impact Calculator
• KML_outline And KML_overlay
• DDSA – Data Driven Science Architecture
• SciXR
• Container Resource Allocation Manager (CRAM)
• Dynamic Onboard Ubiquitous Graphics (DOUG) Software Application
• PySA, A Powerful Tool For Solving Optimization Problems
• GeneLab RNA Sequencing Processing Pipeline And Workflow
• Astromaterials 3D Website And Explorer Application
• Gas Fitting Spectral Analysis Software
• Data Analysis Using Imagery Layers (DAG)
• Automated Colorization Of M2020 SHERLOC Context Images
• Machine Learning Test And Evaluation For Learning With Less Labels (LwLL)
• In-Situ Data Transformation And Ingestion Software Tool
• VIPRE: A TOOL FOR VISUALIZATION OF THE IMPACT OF PROBE ENTRY CONDITIONS
• Spectrometer Masks
• Machine Learning Key Utilities (MLky)
• VECTOR, Visual Analytics Application For Bundle Adjustment Error Detection
• Metadata Extract And Access Database (MEAD)
• Cloudspotting On Mars Analysis Tools
• AirPy
• SISTER: SBG Space-Based Imaging Spectroscopy And Thermal Pathfinder
• The Exoplanet Transit Survey
• Poke: Integrating Ray And Diffraction Models
• Multi-Sensor Simultaneous Localization And Mapping (SLAM) With Principled ICP Covariance Modelling.
• Kernel Flows Emulator
• Digital Lunar Exploration Sites Unreal Simulation Tool (DUST) Products
• Space Technology Application Renderer (STAR)
• The Landform Contextual Mesh: Fusing Surface And Orbital Terrain Data
• Planetary Data System Image Atlas IV
• OCO-3 Snapshot Area Map Global Level 3 Zarr Product Generation
• PlanetMag GitHub Repository Software For Planetary Magnetic Field Modeling
• Retrospective Analysis Toolbox For Ionospheric Total Electron Content Maps
• DataDrive Command-Line Interface
• Roman Coronagraph EXCAM Image Processing Software
• ArcGIS Toolbox For Utility Enhancement Of OPERA Products

Procesamiento y Manejo de Datos en Servidores

Las siguientes apps de la NASA están enfocadas en el procesamiento y manejo de datos en servidores, donde algoritmos avanzados, gestión de datos y herramientas de enrutamiento se combinan para potenciar la eficiencia y la conectividad. Sumérgete en estas innovadoras soluciones que están transformando la forma en que se gestionan y procesan los datos. Estas son todas las aplicaciones de la NASA disponible en esta categoría:

• IND 2.1-Creation And Manipulation Of Decision Trees From Data
• Hierarchical Data Format Earth Observing System (HDF-EOS) XML Document-Type Definitions And Schemas
• Simple Subset Wizard
• Ensemble REST: Framework For RESTful WebServices In OSGI
• Shift: Self-Healing Independent File Transfer
• BASSHFS: Bash-Accessible SSH File System
• LaRC MarsGIS Human Landing Site & Exploration Zone Viewer And Collaboration Tool
• Hierarchical Data Format Earth Observing System (HDF-EOS) Web Server
• HDF-EOS2 And HDF-EOS5 Compatibility Library
• Application Research Toolbox (ART)
• Perl6 LibCurl
• PSYCO: A Predicate-Based Symbolic Compositional Reasoning Environment
• Remote Memory Access Protocol Target Node
• Optimal Alarm System Design And Implementation
• Ballast: Balancing Load Across Systems
• Multi-Threaded Copy Program (MCP)
• User-Friendly Metadata
• State Chart Autocoder
• EEPROM File System
• Perl 6 Libarchive, Interface To Libarchive Multi-Format Archive And Compression Library
• DEMUD: Discovery Through Eigenbasis Modeling Of Uninteresting Data
• Synchronization, Archival, Validation, And IP Exchange (Save)
• Netmark EXtensible DataBase, Data Access And Retrieval Composition (XDB3-DARC)
• Space Station Research Explorer (SSRE) V 5.0
• Information Sharing Protocol VCR (ISPVCR)
• DTNTAP
• Earth Observing System (EOS) Data Gateway (EDG)
• Fortran Unit Testing Framework (FUnit V1.0)
• Perl 6 GraphQL
• FreeMe: Filtering And Reorganization Of Excessive E-Mail Emanation
• NASA UNIX Tool Kit
• Open GeoSocial Consumer Application
• Perl6 Eredis Bindings Module
• NASA Technology Transfer System (NTTS)
• SSHIM: SSH Interruption Mitigator
• Network Management And Monitoring System For Delay- And Disruption-Tolerant Networks
• NEXUS: Deep Data Platform
• CODE-A Software Framework For Control And Observation In Distributed Environments
• Perl 6 DBPg PostgreSQL Module
• Mesh: Lightweight Grid Middleware Using Existing SSH Infrastructure
• The EDRN Knowledge Environment
• Juneplum – ReSTful Web Access Of OPeNDAP Hyrax Back End Server
• NodeMon-A Visualization Tool For Monitoring System Resource Utilization
• JavaGenes-Scheduler: Evolutionary Software For Earth Observing Satellite Scheduling
• Coordinated Data Analysis Workshop Web (CDAWeb)
• STAMiNA
• LibSPRITE
• Engineering Units Generator (EUGEN)
• CAPTools-Based Automatic Parallelizer Using OpenMP (CAPO)
• Hierarchical Data Format Earth Observing System (HDF-EOS)Data Extractor (HEEX)
• Hierarchical Data Format Earth Observing System (HDF-EOS) Metadata Updater (HEMU)
• DBI::Async, An Asynchronous Wrapper For The Perl 6 DBIish Database Interaction Subsystem
• Perl 6 Epoll
• Inverse Reinforcement Learning (IRL) Augmentation For PyMDPToolbox
• Engineering DOUG Graphics For Exploration (EDGE)
• EDGE – The Extensible Data Gateway Environment
• DTKA, A Prototype Implementation Of Delay-Tolerant Security Key Distribution
• Juneberry Web Service Software
• Dyper: Dynamic Perimeter Enforcement
• Metadata Check
• HDF-EOS5 Validator
• File Exchange Interface (FEI 5)
• Software Suite To Support In-Flight Characterization Of Remote Sensing Systems
• JavaGenes Genetic Graphs
• Deep Space Network (DSN) Config Converter
• Libbrace
• Oceanographic Data Management And Archive System
• ROC (Receiver Operating Characteristic) Curve Code Augmentation
• Retools: Restriping Tools For Lustre
• NETMARK 3.0
• Simple, Scalable, Script-Based Science Processing Archive (S4PA)
• Bundle Restaging Daemon (BRD), A Delay Tolerant Network Marshall Enterprise (DTNME) Feature For Increased Protection Against Bundle Overload
• Analog Input Data Acquisition Software

Herramientas de Diseño e Integración

En estas apps de la NASA encontrarás una gran variedad de herramientas de diseño e integración, donde la modelización de vehículos/cargas útiles y el análisis de sistemas integrados se entrelazan para ofrecer soluciones innovadoras. Descubre cómo estas herramientas impulsan la simulación y proporcionan una visión profunda del comportamiento de sistemas complejos:

• Architecture Adaptive Computing Environment (ACE)
• NASA.Rb (Formerly FUnit)
• NASA STRuctrual ANalysis (NASTRAN)
• Flight Dynamics Simulation Of A Generic Transport Model
• Incompressible Navier-Stokes CFD Solver (INS3D)
• 42: A Comprehensive General-Purpose Simulation Of Attitude And Trajectory Dynamics And Control Of Multiple Spacecraft Composed Of Multiple Rigid Or Flexible Bodies
• Computational Fluids Laboratory 3-Dimensional (CFL3D)
• Weight Analysis Of Turbine Engine – An Object-Oriented Version (WATE )
• NPSS Electrical Power System Analysis Toolbox
• Thermodynamically Coupled Air-Droplet Icing Wind Tunnel Model (TADICE)
• NASA Acronyms Browser Extension: Firefox & Chrome
• KSOPT – An Indirect Method For Numerical Optimization Using The Kreisselmeier-Steinhauser Function – Version 3.1
• Core Flight System Simulink Interface Layer
• Beyond Low-Earth Orbit (LEO) Architecture Sizing Tool (BLAST)
• MBJEOD: An Integrated Multibody And Orbital Dynamics Simulation Module
• Windows Semi-Markov Range Evaluator (WinSURE)
• WinASSIST: (Windows Abstract Semi-Markov Specification Interface To The SURE Tool)
• Integrated Lunar Information Architecture For Decision Support (ILIADS), Version 3.0
• Low Fidelity Space Systems Analysis Tools-Heliocentric Trajectory Tool
• Low Fidelity Space Systems Analysis Tools-Rover Sizing Tool
• Software Architecture Framework For Extensibility Using Dynamic Assembly Of Reflective Types (SAFE-DART)
• Advanced Life Support Sizing Analysis Tool (ALSSAT) Version 12.0
• NetworKing: Space Communications And Navigation (SCaN) App
• Low Fidelity Space Systems Analysis Tools-Thermal Protection System Sizing Tool
• Low Fidelity Space Systems Analysis Tools-ISRU Demo Plant Sizing Tool
• HLA2MPC 3.0, A Software Bridge Between The IEEE 1516 (High Level Architecture) To The NASA MPC (Model Process Control) 3.0 Telemetry Language.
• Virtual ADAPT
• LEWICE3D, Version 3.63
• CFACS: Constrained Fitting For Airfoil Curvature Smoothing
• Mixed Reality Engineering Toolkit (MRET)
• ISS Systems Integration Lab (ISIL) Operations Framework (RIM 10)
• Cobra: A Code Browser And Analyzer — An Extendable, Interactive Tool For The Analysis Of C Code
• Koviz – A Simulation Data Analysis, Visualization And Mining Tool
• SCaN Optical Link Budget Tool
• Software For System For Controlling A Magnetically Levitated Rotor
• Assert-Based Unit Test Tools
• Low Fidelity Space Systems Analysis Tools-Destination Campaign Tools
• NASA Lewis Steady-State Heat Pipe Code
• Mars In-Situ Resource Utilization (ISRU) Propellant Production Discrete Event Simulation (DES)- MIPP-D.
• Chimera Grid Tools (Version 2.2)
• Global Modeling Initiative (GMI) Software
• Visual Studio Code Extension For PVS
• Basic Comparison Of Python, Julia, Matlab, IDL, R, Java, Scala, Fortran And C
• Station Spacewalk Game App
• SysML System Model For The Thirty Meter Telescope (TMT)
• General Mission Analysis Tool (V. R2016a)
• Knife V1.0 Boolean Subtraction Library For Polyhedra
• TREETOPS
• Porous Material Analysis Toolbox Based On OpenFoam (PATO)
• Virtual Environment Computational Training Resource (VECTR): OSIRIS-REx
• Transport Class Model (TCM) Aircraft Simulation Software
• Exploration Visualization Environment Version 2.15
• Low-Order Potential Flow Panel Code (PMARC), Version 14
• TaskForce: A Software Task Design And Execution Framework
• SimuPy Flight Vehicle Toolkit
• Program Round-Off Certifier Via Static Analysis (PRECiSA) With Kodiak Integration
• HybridQ: A Hybrid Simulator For Quantum Circuits
• Mixed Reality Exploration Toolkit (MRET) 2021
• Optimal Experimental Design With Fast Neural Network Surrogate Models
• Extended Testability Analysis (ETA) Tool V8.0
• Goddard Satellite Data Simulation Unit
• SCaN Optical Link Assessment Tool Version 3
• Low Fidelity Space Systems Analysis Tools-Fission Power Sizing Tool
• Low Fidelity Space Systems Analysis Tools-Orbiter Sizing Tool
• Fully Implicit Ablation And Thermal Analysis Program, Version 3 (FIAT V3) – Unrestricted Version
• TrickCAT
• Arnold Mirror Modeler Software
• Space Mission Architecture And Risk Analysis Tool (SMART)
• IMCE Ontological Modeling Framework
• Savors: A Scalable Aural-Visual Environment For Security Event Monitoring, Analysis, And Response
• General Mission Analysis Tool (GMAT), Version 2011A
• Vehicle Sketch Pad (VSP)
• Low Fidelity Space Systems Analysis Tools-One-Way/Small Vehicle Sizing Tool
• Versatile ImpulSive Interplanetary Trajectory OptimizeR (VISITOR)
• Total Verification System And C Based Verification Test Bench
• Low Fidelity Space Systems Analysis Tools-Solar Cell/Fuel Cell/Battery Sizing Tool
• Puppet Module Master
• PyCycle – A Cycle Modeling Tool For Design With Gradient-Based Optimization
• USM3D
• Uncertainty Quantification Toolbox (UQTools)
• GTM_Polysim-Nonlinear GTM Aircraft Polynomial Simulation In MATLAB, Version 2.0
• Bearing Analysis Tool (BAT)
• Trick 13 Simulation Environment
• General Mission Analysis Tool (GMAT) V.R2016a
• Low Fidelity Space Systems Analysis Tools-Planetary Ascent/Descent DV Tool
• Low Fidelity Space Systems Analysis Tools-Body Centric Insertion Tool
• NPSS Elements, Models And Interfaces
• PLOT3D Export Tool For Tecplot
• Orbit Lifetime Monte Carlo (OLMC)
• System/Observer/Controller Identification Toolbox (SOCIT)
• Computational Fluid Dynamics (CFD) Utility Software Library
• Open Scheduling And Planning Interface For Exploration (OpenSPIFe)
• Low Fidelity Space Systems Analysis Tools-Short Duration Habitat Sizing Tool
• Low Fidelity Space Systems Analysis Tools-Long Duration Habitat Sizing Tool
• General Mission Analysis Tool (GMAT) Version R2018a
• A Collection Of Nonlinear Aircraft Simulations In MATLAB
• OMINAS (OPEN-SOURCE MODULAR IMAGE NAVIGATION AND ANALYSIS SYSTEM) Astronomical Data Processing Software
• CoCoSim: Simulink Verification Framework
• Failure Modes And Effects Analysis Tool (FMEA)
• Low Fidelity Space Systems Analysis Tools- Body-Centric Orbit Change Tool
• CMPGEN: A Modeling Tool Used To Compute Off-Design Performance Of Fans, Boosters, And Compressors
• QEMU Model For BAE Rad750 (Board Model)
• TrickHLA: An IEEE 1516 High Level Architecture (HLA) Simulation Interoperability Standard Implementation For Trick Base Simulations
• Data Parallel Line Relaxation Code (DPLR), Version 4
• CCSDS SOIS Electronic Data Sheet Implementation For Core Flight System
• Periodic Table Of Life
• Sequential Monte Carlo Sampling With Python (SMCPy)
• Mixed Reality Exploration Toolkit (MRET) V2.0
• Constrained Direct Iterative Surface Curvature (CDISC) Aerodynamic Design Software
• Integrated Composite Analyzer In JAVA (ICAN/JAVA)
• TetrUSS Computational Fluid Dynamics Software (TetrUSS)
• Mixed Reality Exploration Toolkit (MRET) 2021.3
• Reconfigurable Bandwidth-Efficient Transmit Waveform For High-Rate Telemetry – STRS
• Fmdtools
• General-Use Nodal Network Solver (GUNNS), Version 19.X
• Web-Based Space Mission Visualization
• NPSS Numerical Propulsion System Simulation
• Configuration-Based Aerodynamics (CBAero)
• TRAVIST – Tensegrity Rover Analysis And Visualization Toolkit
• Manipulator Analysis Graphic, Interactive, Kinematic (MAGIK) Robotic Simulation Version 8.1
• Advanced Graphics For Engineering Analysis (AGEA) Version 5.7.3
• Automated Triangle Geometry Processing For Surface Modeling And Cartesian Grid Generation (Cart3D)
• JSC Engineering Orbital Dynamics (JEOD) Version 5.X
• Virtual Environment Computational Training Resource (VECTR)
• Virtual Environment Computational Training Resource (VECTR) V.2
• Software Defined Networking Implementation Of A Delay Tolerant Networking Bundle Protocol Version 6 And 7 Translator
• General Mission Analysis Tool (GMAT) Version R2022a
• Genesis Flight Mechanics Simulation And Trajectory Design Tool V0.3.0
• Mixed Reality Exploration Toolkit (MRET) 2022
• MPEC
• NEQAIR V15.X, Nonequilibrium Radiative Transport And Spectra Program
• Dcapp – Displays And Controls Application
• Evolutionary Mission Trajectory Generator (EMTG) V9
• TrickCFS – Integrated CFS And Trick Simulation Environment.
• Copernicus Trajectory Design And Optimization System (Version 5.X)
• Light Gas Gun Performance Code (ONEDIM)

Electrónica y Potencia Eléctrica

Aquí vas a encontrarte todas las apps de la NASA enfocadas en la electrónica y la potencia eléctrica, donde las últimas innovaciones en modelado y análisis están dando forma al futuro de la tecnología espacial. Desde eficientes arrays solares hasta avanzados sistemas de análisis eléctrico, descubre cómo estas tecnologías están llevando la exploración espacial a nuevos horizontes:

• CCSDS Optical Communications High Photon Efficiency Transmit Downlink Waveform Matlab Model
• Packet To Electrical Ground Support Equipment (EGSE) Interface Converter, Version 4.0
• Solenoid Inductance Calculator
• Capture Test Waveform For The SCaN Testbed STRS Harris SDR
• Electrical Modeling And Thermal Analysis Toolbox (EMTAT)
• CCSDS Optical Communications High Photon Efficiency Telemetry Signaling Transmit Waveform VHDL/Verilog
• Physics-Model-Based Wiring Fault Detection Toolbox For MATLAB
• Space Telecommunications Radio System (STRS) Reference Implementation (RI)
• FPGA Code Development For The IPAS STRS Radio
• STRS Modular And Portable QPSK Transceiver Waveform For Software-Defined Radios
• Real-Time Executive For Multiprocessor Systems (RTEMS) RAD750 Board Support Package (BSP)
• NASA Universal Asynchronous Receiver Transmitter (UART) Intellectual Property (IP) And VHDL Code
• STRS Adaptive Coding And Modulation Waveform For Space Communication
• CCSDS Optical Communications High Photon Efficiency Transmit Downlink Waveform Matlab Model
• Electrical Power System – Sizing And Analysis Tool (EPS-SAT)

Ciencia Ambiental

Entre las apps de la NASA también encontramos algunas enfocadas en la ciencia ambiental, donde las tecnologías avanzadas están transformando nuestro entendimiento de los entornos terrestres y atmosféricos. Desde servicios web para datos espaciales hasta plataformas de procesamiento de datos de la Tierra, estas herramientas están allanando el camino para una investigación más profunda y una gestión sostenible de nuestros recursos naturales:

• Space Physics Data Facility (SPDF) Web Services
• CEOS Data Cube Platform V.2 (CEOS2)
• NASA Visualization Explorer (NASA Viz) For Android
• Mars Global Reference Atmospheric Model 2010 (Mars GRAM 2010)
• EarthKit
• Landslide Hazard Assessment For Situational Awareness (LHASA)
• Global Precipitation Space And Ground Radar Comparison Software
• Venus Global Reference Atmospheric Model (Venus-GRAM) 2005, Version 1.0
• Trapped Radiation Models – Uncertainties For Spacecraft Design
• Python Interface To Dual-Pol Radar Algorithms (DualPol)
• General EQFlux
• Desktop Exploration Of Remote Terrain (DERT)
• GLOBE Program’s Data Entry App For IOS
• Algorithm For Automated Sargassum Detection For Landsat-8 OLI Imagery
• DELTA (Deep Earth Learning, Tools, And Analysis)
• Kepler Community Data Analysis Tools
• Radiation Environment Array Charge Transport (REACT)
• Interactive Spacecraft Charging Handbook With Integrated, Updated Spacecraft Charging Models (ISCCH ), Version 3.1
• Python Turbulence Detection Algorithm (PyTDA)
• Obs4MIPS
• Hazards And Population Mapper (HazPop) Mobile Application For IOS Platform
• Earthdata Search Web Application
• ICESat-2 Standard Data Products Subsetter
• Coastal Salinity And Temperature (CSalT) Web Application
• NASA NeMO-Net, The Neural Multi-Modal Observation & Training Network
• Neo-Geography Toolkit (NGT), Version 2
• GeoCam, Version 2
• Trapped Proton Model (TPM)
• Low-Altitude Trapped Radiation Model, Version 1
• Marshall MRMS Mosaic Python Toolkit (MMM-Py)
• GLOBE Program’s Data Entry App For Android
• Regional Hydrologic Extremes Assessment System (RHEAS) Software Framework
• ElectroStatic Return Of Contaminants Tool (Updated)
• Exoscene
• Radbelt: Astropy-Friendly Wrapper For The AE-8/AP-8 Van Allen Belt Model
• Earth Global Reference Atmospheric Model 2010 (Earth GRAM 2010)
• NASA Ames Legacy Mars Global Climate Model
• SAIC Algorithm Test Bed For Asteroid Detection (SALTAD), Version 1.5
• Landslide Hazard Assessment For Situational Awareness (LHASA) Version 2.0
• Terrestrial Observation And Prediction System (TOPS) Biogeochemical Cycle (BGC) Model
• Python Polarimetric Radar Beam Blockage Calculation (PyBlock)
• Phenological Parameters Estimation Tool (PPET)
• Lightning Forecasting Algorithm (LFA)
• The Parallel Fortran Logger (PFlogger)
• Advanced Land Image Assessment System (ALIAS)
• HDFView Plugin
• NASA Forecast Model Web (NFMW) Map Service
• Electric Propulsion Interactions Code (EPIC)
• The Charge Collector (TCC), Version 2.1
• GLOBE Program’s Citizen Science Cloud App For IOS
• MATLAB-Based Solar System Ephemeris Toolbox
• Python Interface To Cyclone Global Navigation Satellite System (CYGNSS) Wind Dataset
• Simple Thermal Environment Model (STEM) User’s Guide
• Python Advanced Microwave Precipitation Radiometer Data Toolkit (PyAMPR)
• Fortran Template Library (GFTL) For Managing Collections Of Objects Via Software Containers
• InSAR Scientific Computing Environment
• GeoRef V1
• Emission Of Solar Protons (ESP) Model
• Spacecraft Materials Selector (SMS) Expert System
• Crisis Mapping Toolkit (CMT) V1
• Multiple-Doppler Radar Analysis Toolkit (MultiDop)
• Single Doppler Retrieval Toolkit (SingleDop)
• Fortran Argument Parser
• Earth Global Reference Atmospheric Model 2016 (Earth GRAM 2016)
• Neptune Global Reference Atmospheric Model (Neptune-GRAM), Version 1.0
• Space Weather Android App
• Particle Trajectory With Shepard’s Interpolation For Raindrops
• Common Metadata Repository
• Time Series Product Tool (TSPT) 3.0
• MEKONG RIVER TOTAL SUSPENDED SEDIMENT SOFTWARE APPLICATIONS (Mekong_TSS)
• Earth Science Datacasting V2.0
• Meteoroid Engineering Model (MEM) Version 3
• Dorado-Streamlit
• Magnetogram Forecast (Mag4) 2018
• Orbital Debris Engineering Model (ORDEM), Version 3.2.0
• TPSSizer (Aka TPSSZR) – Vehicle TPS Sizing Program Using FIAT
• NASA/Air Force Spacecraft Charging Analyzer Program (NASCAP-2K), Version 4.3
• Applied Learning Project
• Badhwar-O’Neill 2020 Galactic Cosmic Ray Model (BON2020) V2.3
• NASA Ames Mars Global Climate Model
• Visualization Exploration And Data Analysis (VEDA)
• Large Scale Data Transfer Study
• General Coordinates Network
• CCMC CAMEL Validation Skill Scores Library
• Titan Global Reference Atmospheric Model (Titan-GRAM), Version 1.0
• Global Reference Atmospheric Model (GRAM) Suite

Materiales y Procesos

Entre las apps de la NASA también hay muchas herramientas y tecnologías desarrolladas por la NASA en el ámbito de materiales y procesos, abordando aspectos clave como análisis de emisión acústica, generación de mallas para materiales heterogéneos y cálculos de integrales no lineales:

• Acoustic Emission Analysis Applet (AEAA) Software
• MicroStructPy – A Microstructure Mesh Generator For Heterogeneous Materials
• Tool For Analysis Of Surface Cracks (TASC)
• Scalable Implementation Of Finite Elements By NASA (ScIFEN)
• Abaqus User Subroutine Verification (Abaverify)
• AladynPi Adaptive Neural Network Molecular Dynamics Simulation Code With Physically Informed Potential: Computational Materials Mini-Application
• Scalable Implementation Of Finite Elements By NASA (ScIFEN) V.2
• Microscopy Segmentation Models
• Parallel Grand Canonical Monte Carlo Simulation Code – ParaGrandMC – V.2.0
• Floating Node Method Composites Simulation Toolbox [FNMCST]
• Composite Damage (CompDam) Progressive Damage Analysis Software
• Predict The Behavior Of Blackbody Heated Surfaces
• MATLAB Software Associated With “Practical Micromechanics Of Composite Materials” Book, Elsevier Publishing
• T0TEM – T0 Test Evaluation Module
• Porous Microstructure Analysis (PuMA)
• Optimal Feature Selection Tool With Machine Learning
• NASA Multiscale Analysis Tool (NASMAT)
• 1998 NIST-JANAF (National Institute Of Standards And Technology-Joint Army Navy Air Force) Database Scanning And Plotting Program
• Porous Material Analysis Toolbox Based On OpenFOAM (PATO)
• SMAnalytics – Software For The Automated Analysis, Summary, And Reporting Of Shape Memory Alloy Tests

Operaciones

Estas son las apps de la NASA de tecnologías innovadoras en operaciones espaciales, telecomunicaciones y control de misiones que han sido desarrolladas para mejorar la eficiencia y la fiabilidad de las operaciones espaciales:

• Single Covariance Maximum Pc
• ITOS 9.0
• Stol-Mode
• GNSS-Inferred Positioning System And Orbit Analysis Simulation Software (GIPSY-OASIS)
• ROBUS-2 Fault-Tolerant Broadcast Communication System For Modular Avionics
• Web Application: Ground Hardware Management Tool
• Consultative Committee For Space Data Systems (CCSDS) File Delivery Protocol (CFDP) Software Library, Version 3.1
• CARA SDK – Two-Dimension Probability Of Collision (Pc) Calculation
• SCaN Optical Link Assessment Tool Version 2
• Timeline Builder Assistant (TBA)
• NOSS (NDAS One Stop Shop)
• Conjunction Consequence Assessment
• DTN Marshall Enterprise
• Command, Control, Communications, And Intelligence (C3I) Voice Exchange Software
• Java Astrodynamics Toolkit (JAT)
• MSLICE Sequencing
• 3D-Nc: Expected Collision Rates For Tracked Satellites
• Goddard Enhanced Onboard Navigation System (GEONS)
• STRS Flight Computer Interface (FCI) App For Core Flight System
• Portable C/C++ STRS Operating Environment Library And Reference Implementation
• DTN Marshall Enterprise (DTNME)
• Oversight
• Maneuver Trade Space
• Command, Control, Communications, And Intelligence (C3I)Delay/Disruption-Tolerant (DTN) Networking Software
• Interoperable Remote Component (IRC)
• Mission Display (MDX) System
• Inspire Connect Explore (ICE)
• Multipath TCP (MPTCP) Tools, Analytics, And Configurations
• Monte Carlo Pc Calculation From TCA (In Equinoctial Elements)
• Global Precipitation Measurement (GPM) Spacecraft Flight Software (FSW) Version 4.7.2
• CalSimHydro
• Thermal Insulation System Analysis Tool (TISTool)
• Astrobee Control Station
• Astrobee Control Station Binary
• Autonomous EXplorer Control System (AXCS)
• Command, Control, Communications, And Intelligence (C3I) Networking Software
• Maestro Science Activity Planner For Mars
• Open Mission Control Technologies (Open MCT)
• Input Device Framework (IDF)
• NASA Operational Simulator For Small Satellites (NOS^3)
• Space Telecommunications Radio System (STRS) Compliance Tools
• Python Ground Station For A Core Flight System With CCSDS Electronic Data Sheets Support
• Dorado-Scheduling
• Satellite State Estimate Covariance Realism Evaluation
• A High-Speed Software Implementation Of Delay-Tolerant Networking
• GRC Lunar Site Analysis Software
• Approximate Cartesian Control For Robotic Tool Usage With Graceful Degradation
• Debris Assessment Software (DAS) V. 3.2.5
• Goddard Mission Services Evolution Center (GMSEC) Application Programming Interface (API) 5.2

Propulsión

Con estas apps de la NASA tenemos la posibilidad de explorar tecnologías avanzadas en el campo de la propulsión y simulación de motores, desarrolladas por la NASA para mejorar el rendimiento y la eficiencia de los sistemas de propulsión espacial:

• SNAP, Version 2.3
• Modular Aero-Propulsion System Simulation (MAPSS)
• Commercial Modular Aero-Propulsion System Simulation (C-MAPSS)
• V072 Rotor Wake/Stator Interaction Noise Prediction
• STAN5
• Computed Tomography Cylinder Unwrapper/Re-Slicer Software (CT-CURS), Version 2
• WOBBLE
• BLAYER
• ROCet Engine Transient Simulation Software (ROCETS)
• ML_POGO Stability Analysis Software
• APNASA, Average-Passage Multistage Turbomachinery Flow Field Analysis Code
• Broadband Fan Noise Prediction System (BFaNS)
• CMPSTK Multi-Stage Axial-Flow Compressor Off-Design
• Multidimensional, Multiphysics Computational Heat Transfer Analysis Software (UNIC)
• Chemical Equilibrium With Applications In MATLAB (CEAM)
• CSPAN Axial-Flow Compressor Conceptual Design Code
• Computational Fluid Dynamics (CFD) Seal Analysis Code
• Commercial Modular Aero-Propulsion System Simulation 40k (C-MAPSS40k)
• Cryogen Storage Integrated Model (CryoSIM)
• Centrifugal Off-Design Performance (CCODP) Compressor
• ACOD Multistage Axial-Flow Compressor Off-Design
• Toolbox For The Modeling And Analysis Of Thermodynamic Systems (T-MATS)
• Advanced Ducted Propfan Analysis Code (ADPAC)
• EADIN Communication Protocol
• Three-Dimensional Nozzle Design Code
• Compressible Flow Toolbox
• TURBAN Turbomachine Design Code
• A Comprehensive C Controller For A Magnetically Supported Vertical Rotor: Version 1.0
• Commercial Modular Aero-Propulsion System Simulation (C-MAPSS), Version 2
• Axial-Flow Turbine Off-Design (AXOD) Performance
• CORBASec
• ACD Aerodynamic Design Of Multistage Axial-Flow Compressors
• Chemical Equilibrium Applications (CEA)
• SUPIN Supersonic Inlet Design And Analysis Tool (Version 2023A, February 2023)
• Generalized Fluid System Simulation Program (GFSSP), Version 701
• Generalized Fluid System Simulation Program (GFSSP), Version 701 (Educational Version)
• A Simple Model For Rotating Detonation Rocket Engine Sizing And Performance Estimates
• Advanced Geared Turbofan 30,000lbf Electrified (AGTF30-E) Dynamic Engine Model And Controller

Estructuras y Mecanismos

Ahora queremos compartir contigo algunas de las apps de la NASA que está completamente enfocadas en el ámbito de estructuras y mecanismos, centradas en la carga y diseño estructural, así como en la modelización y análisis de incertidumbres:

• Stochastic Reduced Order Models With Python (SROMPy)
• VLOADS V1.4 Launch Vehicle Loads Analysis For Preliminary Design
• Monocoque Tank Analysis Spreadsheet System (MonTASS), Version 2.0
• Data Transfer Between Dissimilar Meshes (DTBDM, 2.0)
• A Software Platform For Post-Processing Waveform-Based NDE – V2.0
• PanNDE
• CCGEOM
• RANSTEP – Reduced Order Analysis Using A Nonlinear STiffness Evaluation Procedure
• Tool For Generation Of MAC/GMC Representative Unit Cell For CMC/PMC Analysis
• Femera
• Half-Cycle Crack Growth Predicts Operational Flight Life Of Critical Aerostructural Components
• Structure Deformation Calculation Program Based On Ko Displacement Transfer Functions
• HCDstruct
• Automate Optimization And Design Tasks Across Disciplines With Object-Oriented Optimization Tool 2.0
• ScIFEN Solver Mini-App (HPCI)
• Loft: An Automated Mesh Generator For Stiffened Shell Aerospace Vehicles

Pruebas de Sistemas

Siguiendo con la guía de las apps de la NASA, ahora te queremos hablar de aquellas que están centradas en las pruebas de sistemas, enfocadas en acústica, choque, vibración, pruebas térmicas al vacío, pruebas de fugas y presión, criterios de prueba, así como gestión y planificación de pruebas:

• Time-Accurate, Sectored, One-Dimensional Reactive Code For Simulation, Prediction, And Control Of Combustion Instabilities
• Solar Array Verification And Analysis Tool (SAVANT)
• NESSUS 6.2C
• Defect Detection And Prevention (DDP)
• Centrifugal Compressor Design (CCD) Code
• Sound Lab (SLAB), Version 5
• AirShow 1.1.1
• OXIMAP-A Model For The Oxidation Of C/SiC Composite Structures
• Rotor-Stator Interaction (RSI) Broadband Noise Prediction Code
• Fan Broadband Noise Prediction Code
• Formal Interactive Verification Environment For The Plan Execution Interchange Language (PLEXIL5)
• LEWICE 3.2.3 Ice Accretion Software
• Metrics Library For Prognostics Performance Evaluation
• SWIFT, V.400
• SmaggIce Windows, Version 2.0
• MGBK Jet Noise Prediction Code
• System IDentification Programs For AirCraft (SIDPAC)
• Multiple Kernel Anomaly Detection (MKAD) Algorithm
• Systematic Sensor Selection Strategy (S4) Software
• MERIDLN
• CARES/LIFE
• Propulsion Diagnostic Method Evaluation Strategy (ProDiMES), Version 1.0
• Automated Camera Calibration Software (ACCS)
• SCISEAL
• RTD Radial-Inflow Turbine Conceptual Design Code
• IceVal DatAssistant
• Acoustic Propagation And Emulation Toolset (APET)
• Design Patterns And Methods To Rapidly Develop Web And Mobile Applications Integrated With Systems Utilizing The Object Management Group’s (OMG) Data Distribution Service (DDS)
• High-Speed Data Viewer
• Rotorcraft Noise Model (RNM), Version 7
• Seeker 1 Simulation
• PMESH
• Tone Fan Noise Design/Prediction System (TFaNS 1.5)
• Jet Noise Prediction Code (JeNo 2.5D)
• WOPWOP
• HemoDose Software, Version 2.0
• RAT-EDA
• NDE Wave & Image Processor (NDEWIP V3.0)
• TCGRID V.400
• RVCQ3D.406
• PathDroid
• LINFLUX, 3D Linearized Unsteady Aerodynamic Analysis
• GRAPE.107
• TSONIC
• TD2 Axial Turbine Design And Performance Code
• Tone Fan Noise Design/Prediction System (TFaNS 1.4)
• SmaggIce UNIX, Version 2.0
• Jet Noise Prediction Code (JeNo)
• Multiple Pure Tone (MPT) Noise Code
• Advanced Subsonic And Supersonic Propeller Induced Noise (ASSPIN) Prediction Program
• Channel Emulator
• Tempest
• Coupled Structural, Thermal, Acoustic, Electromagnetic (CSTEM) Analysis
• Arbitrary Accuracy Nonlinear Euler Solver
• PCSTAGE
• Radial Turbine Off-Design (RTOD) Performance Code
• Fast Scattering Code (FSC), Versions 3.1 And 3.2
• JPF-NAS, An Extension Of Java Pathfinder That Provides Support For Model Checking Distributed Systems
• Payloads And Components Real-Time Automated Test System (PACRATS)
• Space Science Investigations: Humans In Space (SSIHRP)
• Advanced Acoustic Model V2 (AAM2)
• Single Board Computer System Monitoring Software For Radiation Testing
• MESA: Message-Based System Analysis
• NASA Auralization Framework (NAF)
• NASA Auralization Framework Advanced Plugin Libraries (NAF APL)
• Orbit Determination Toolbox R2020a (V8.1)

Gestión de Vehículos

Aquí encontrarás todas las apps de la NASA que se centran en todo lo relacionado a la gestión de vehículos, centradas en el software de vuelo, procesos de la nave espacial, manipulación de comandos y datos, así como la gestión de instrumentos:

• Core Flight System (CFS) Data Storage (DS) Application Version 2
• Core Flight System (CFS) Memory Manager Application Version 2
• SpaceWire 2014
• Core Flight Executive (CFE)
• Core Flight System (CFS) Housekeeping (HK) Application Version 2
• Simulation Of Cryogenic Tank With Temperature Stratification
• Open MDAO: The Next Generation Multidisciplinary Design Analysis And Optimization (MDAO) Open Source Framework
• Rock Identification Toolkit (RockIT)
• Autonomous Landing Hazard-Avoidance Technology (ALHAT) Scanning Lidar-Based Simulation For Mars Landing
• CFS-101 Training
• Advanced Spacecraft Integration & System Test Software (ASIST) Version 20.0
• Core Flight System (CFS) Health & Safety (HS) Application Version 2.3.2
• Core Flight System (CFS) Memory Dwell Application Version 2
• Operating System Abstraction Layer (OSAL)
• Automated Planning And Scheduling Environment (ASPEN)
• ROAMS Rover Analysis And Modeling Software
• Magnetosphere Multi-Scale (MMS) Spacecraft Flight Software
• Core Flight System (CFS) Software Bus Network (SBN) Application, Version 1.0
• Core Flight System (CFS) Scheduler Application Version 2
• Core Flight System (CFS) Stored Command (SC) Application Version 2
• Core Flight System (CFS) Limit Checker (LC) Application Version 2
• Core Flight System (CFS) Checksum Application Version 2
• Core Flight System (CFS) Health And Safety Application Version 2
• Core Flight System (CFS) File Manager (FM) Application Version 2
• Memory Manager Application Version 2.4.2
• Stored Command Application Version 3.0
• CFS Data Storage (DS) Application Version 2.6.0
• Core Flight Software System (CFS) File Manager Application Version 2.6.0
• Core Flight System (CFS) Housekeeping (HK) Application Version 2.5.0
• Core Flight System (CFS) Health & Safety (HS) Application Version 2.4.0
• CFS Limit Checker Application Version 2.2.0
• Core Flight System (CFS) Memory Dwell Application Version 2.4.0
• Core Flight System (CFS) Memory Manager Application Version 2.5.0
• Core Flight System (CFS) Stored Command Application Version 3.1.0
• Trade-Space Analysis Tool For Designing Constellations (TAT-C) – Version 2.0
• Core Flight System (CFS) Housekeeping (HK) Application Version 2.4.2
• Ndarts
• Core Flight Software System (CFS) Memory Dwell Application Version 2.3.2
• CFS Data Storage (DS) Application Version 2.5.2
• Constellation Visualization Tool
• Range Safety Algorithm Software Module For An Autonomous Flight Safety System
• Core Flight System (CFS) CFDP Version 2
• Mesh Network Communication System
• MSLICE – Science Activity Planner For MSL
• Core Flight Software System (CFS) File Manager Application Version 2.5.3
• CFS Framework
• Core Flight Software (CFS) Software Bus Network Client

Estas son todas las apps de la NASA que puedes encontrar disponibles actualmente. La gran mayoría de ellas son de código abierto, por lo que no deberías de tener mayores complicaciones para utilizarlas. En el sitio oficial puedes encontrar todas las apps de la NASA disponibles.

Preguntas frecuentes sobre las aplicaciones de la NASA

Para evitar que te quedes con cualquier tipo de duda sobre estas apps de la NASA, a continuación, responderemos algunas de las dudas frecuentes sobre ellas:

¿Son gratuitos los códigos y herramientas de software enumerados en el catálogo?

Sí, los códigos de software de la NASA enumerados en el catálogo están disponibles de forma gratuita. Algunos códigos están licenciados por la NASA para fines comerciales y solo están disponibles para otras agencias o empresas con contrato gubernamental. La descripción del software indicará si el código “está disponible para licenciar” en caso de ser para fines comerciales.

¿Con qué frecuencia se actualiza este sitio?

Este sitio se actualiza regularmente a medida que nuevos códigos de software de la NASA y actualizaciones de versiones están disponibles. Te invitamos a visitarlo con frecuencia para conocer los nuevos códigos agregados.

¿Cómo solicito un código de software?

1. Crea una cuenta o inicia sesión en una cuenta existente.
2. Selecciona el botón “Solicitar Software” debajo de la descripción del artículo en el catálogo de software.
3. Completa el formulario de solicitud. Debes llenar todos los campos requeridos antes de enviar tu solicitud.

Tu solicitud se enviará automáticamente a la Autoridad de Liberación de Software del Centro correspondiente para su procesamiento. Muchos códigos de software y aplicaciones móviles de código abierto de la NASA proporcionan un enlace URL para que el solicitante pueda descargar el software directamente, por lo que no es necesario utilizar el botón de solicitud para estos códigos.

¿Qué es un tipo de liberación y cómo me afecta?

El tipo de liberación determina quién puede tener un código de software de la NASA. Si cumples con los criterios de acceso para el código (según se define a continuación), la NASA puede transferirte el software. Tipos de liberación:

• Liberación al Público en General: Para códigos con una liberación amplia y sin restricciones de confidencialidad o control de exportaciones.
• Liberación de Código Abierto: Para esfuerzos colaborativos en los que los programadores mejoran códigos desarrollados originalmente por la NASA y comparten los cambios.
• Solo Liberación en EE. UU.: Para códigos disponibles solo para personas en EE. UU.
• Liberación en EE. UU. y Extranjero: Para códigos disponibles para personas en EE. UU. y en el extranjero (que cumplan con ciertas restricciones de control de exportaciones).
• Liberación para Fines del Gobierno de EE. UU.: Para códigos que deben utilizarse en nombre del gobierno de EE. UU. por una agencia federal o una empresa/universidad bajo un contrato/subvención/acuerdo federal.

¿Por qué el acceso a algunos códigos de software está restringido?

Cada código de la NASA se evalúa para restricciones de acceso y se designa para un tipo específico de liberación según el propósito para el cual fue diseñado. Algunos códigos están considerados como restringidos porque han sido desarrollados para un propósito específico del gobierno (por ejemplo, aplicaciones de defensa). Los códigos designados como Liberación para Fines del Gobierno de EE. UU. requieren que el usuario trabaje para una agencia federal o una empresa/universidad con un contrato activo, subvención o Acuerdo de la Ley del Espacio con el gobierno federal.

¿Por qué debo proporcionar un nombre y número de contrato/subvención/acuerdo?

Cuando el software se clasifica como Liberación para Fines del Gobierno de EE. UU., la NASA debe verificar que el software se utilizará para un contrato gubernamental de EE. UU. vigente. Para contratos/subvenciones no relacionados con la NASA, recibirás un correo electrónico del Centro SRA solicitando una copia de la primera página del contrato y las páginas que contienen la declaración de trabajo actual y el período de ejecución del contrato/subvención. En algunos casos, se puede solicitar al monitor del contrato de la agencia que verifique la información del contrato. Una vez que se reciba la información del contrato, se enviará el Acuerdo de Uso de Software (SUA) correspondiente para tu firma.

¿Cuánto tiempo llevará el proceso?

La mayoría de las solicitudes de software se procesarán en un plazo de 5 días hábiles. Después de que tu solicitud sea revisada por la Autoridad de Liberación de Software del Centro, tú (o la persona identificada en tu formulario de solicitud con autoridad para firmar el acuerdo) recibirás una notificación por correo electrónico de que un Acuerdo de Uso de Software está listo para su revisión y firma. Si se requiere información adicional para procesar tu solicitud, la Autoridad de Liberación de Software del Centro se pondrá en contacto contigo con los detalles específicos necesarios para completar tu solicitud.

Una vez que tu acuerdo firmado sea aceptado por la Autoridad de Liberación de Software del Centro, recibirás una notificación por correo electrónico sobre el método de entrega del software. Si el código de software está disponible para descarga a través del sistema del Catálogo de Software de la NASA, tendrás 14 días para descargar el software a través de tu cuenta de usuario.

¿A quién debo contactar si tengo preguntas específicas sobre códigos específicos en el catálogo o en este sitio web?

Se proporciona una lista de contactos de liberación de software del centro en el enlace “Contactos de Software” en la barra lateral derecha de la página de inicio. Por favor, envía cualquier pregunta sobre códigos específicos por correo electrónico al contacto del centro donde se desarrolló el software, según se indica en la entrada del catálogo de software.

¿Qué significa “autoridad firmante”?

La autoridad firmante es la persona que firma el Acuerdo de Uso de Software que obliga a todos los usuarios a cumplir con los términos de uso especificados en el acuerdo. Los siguientes ejemplos proporcionan aclaraciones adicionales para un acuerdo comercial o universitario:

• Empresa: Solo alguien con autoridad firmante que pueda legalmente obligar a la empresa puede firmar el Acuerdo de Uso de Software. Por lo general, esa persona sería un funcionario de la empresa (por ejemplo, Presidente, CEO, etc.).
• Universidad: Solo alguien con autoridad firmante que pueda legalmente obligar a la escuela puede firmar el Acuerdo de Uso de Software. Por lo general, esa persona sería un funcionario dentro de la administración de la universidad.

Ahí lo tienes, ahora ya cuentas con toda la información que puedes necesitar sobre las apps de la NASA, comenzando por el hecho de que puedes encontrar todas las aplicaciones que están disponibles. ¿Cómo les sacarás provecho?