Raytheon Corporation, California

    flowchart
    I[Raytheon Corporation, California]
    PI["Parent Institutions (1)"]
    CI["Child Institutions (0)"]
    AW["Affiliated Works (56)"]
    CA["Linked Collaborating Authors (0)"]
    I== skos:broader ==>PI
    CI== skos:broader ==>I
    AW== affil ==>I
    AW== author ==>CA
    click PI "#parent-institutions"
    click CI "#child-institutions"
    click AW "#affiliated-works"
    click CA "#collaborating-authors"

ADS ID [?]

A11220

Abbreviation [?]

CA

Parent Institutions [?]

• Raytheon Corporation

Child Institutions [?]

Affiliated Works

sorted by decreasing year, and then by display-name

• Atmospheric Forcing of a Barotropic Ocean Model to Dealias Altimetry and GRACE.
• FUV Intensities And Center-To-Limb Variations Of Active Regions and Quiet-Sun From UARS SOLSTICE Irradiance Measurements And Ground-Based Spectroheliograms
• Recent Results from Galileo PPR at Io
• Characterization of Aura-TES (Tropospheric Emission Spectrometer) Nadir and Limb Retrievals
• Toward Better High Frequency Dealiasing in altimeterMeasurement of Sea Level Heights
• Tropospheric Emissions Spectrometer (TES) One Day Test Objectives And Status
• An Innovative Approach to Data Access for a Diverse Group of Atmospheric Scientists
• Customer Support Operations In Support Of The NASA/JPL Physical Oceanography Distributed Active Archive Center (PO.DAAC)
• Experimental and theoretical evaluation of magnetic field variations caused by ocean currents
• New Satellite Observations of Upper Tropospheric/Lower Stratospheric Aerosols: Case Studies over the U.S. and Canada
• Preliminary Tropospheric Emissions Spectrometer Sea Surface Temperature Validation
• TES Radiometric Assessment
• EOS Aura MLS Science Data Products Version 2
• Investigating the Ocean-Climate System, Concept by Concept
• The iEarth Adaptive Virtual Earth Observatory: Probing the Performance of Spaceborne Climate Sensors
• Adaptive Sky: Observing Clouds Using Multi-Instrument, Multi-Platform Sensor Webs
• Characterizing Tropospheric Winds by Combining MISR Cloud-Track and QuikSCAT Surface Wind Vectors
• Comparing MISR and MODIS Data to Output from the IMPACT Aerosol Transport Model Using the Aerosol Measurement and Processing System
• Improving the EOS MLS Science Data Processing
• MISR, MODIS, and POLDER2 Reflectance and Aerosol Product Comparisons
• MISR Stereo-heights of Grassland Fire Smoke Plumes in Australia
• Observations of Height Resolved Tropospheric Winds from MISR Using Cloud Motion Vectors: Data and Model Intercomparisons and Applications
• The Aerosol Measurement and Processing System: New Capabilities and Results
• 10 Years of Height Resolved, Cloud-Track, Vector Winds from MISR
• Efficient Swath Mapping Laser Altimetry Demonstration
• MISR observations of hurricane inner core dynamics
• Near Real Time GLONASS Orbit and Clock Determination (Invited)
• Past, present, and future of the MISR height-resolved, cloud-track wind retrieval
• Properties and transport of Asian dust from 10 years of MISR data
• Public Engagement for the U.S. Rosetta Project using Interactive Multimedia
• The Microwave Limb Sounder Website: Improved Design and New Tools
• The NPOESS VIIRS Sensor as the Follow-On to the EOS MODIS Sensor
• 3-D Aerosol Plume Tomography from MISR Observations
• Bodélé dust plume height/wind climatology derived from 10 years of MISR stereo data
• Data-Driven Oceanographic Web Portal
• Plume Height Analysis of the 2009 Redoubt Eruption: A Comparison of MISR, AVHRR, and MODIS Data
• The MISR Cloud Motion Vector Product: 10 years of height resolved, cloud-track winds
• Ground Track Selection for the Orbiting Carbon Observatory-2 Mission
• NASA's Earth Data Coherent Web
• Particle Property Data Quality Flags for the MISR Aerosol Product
• State of the Oceans: A Satellite Data Processing System for Visualizing Near Real-Time Imagery on Google Earth
• The Education and Public Engagement (EPE) Component of the Ocean Observatories Initiative (OOI): Enabling Near Real-Time Data Use in Undergraduate Classrooms
• The PO.DAAC Portal and its use of the Drupal Framework
• Observational constraints on ozone radiative forcing from the Atmospheric Chemistry Climate Model Intercomparison Project (ACCMIP)
• Operationalizing a Research Sensor: MODIS to VIIRS
• Implementing DOIs for Oceanographic Satellite Data at PO.DAAC
• Irreducible 3D Radiative Transfer Effects in Multi-angle/Multi-spectral Radio-Polarimetric Signals (Not Noise!) from a Mixture of Clouds and Aerosol in a Single Large-Footprint Pixel
• Assessment of Oco-2 Target Mode Vulnerability Against Horizontal Variability of Surface Reflectivity Neglected in the Operational Forward Model
• Evaluation of NASA's Mars Public Engagement Program
• From Observation to Impacts: Provenance for Earth Science Resources
• Horizontal Structure of Dynamical Instability at Marine Stratocumulus Cloud Top Revealed in Polarized Light
• Provenance for Earth Science Data Systems
• Using SAR and GPS for Hazard Management and Response: Progress and Examples from the Advanced Rapid Imaging and Analysis (ARIA) Project
• Provenance of Earth Science Datasets - How Deep Should One Go?
• A service for the application of data quality information to NASA earth science satellite records
• YAML encoding promotes human and machine readability for satellite ASCII data

Linked Collaborating Authors [?]