Presentation is loading. Please wait.

Presentation is loading. Please wait.

Statement D: Distribution authorized to DOD and U.S. DOD contractors only; Other requests must be referred to COMSPAWAR or the cognizant SPAWAR code /

Published byAnnice Henry Modified over 8 years ago

Similar presentations

Presentation on theme: "Statement D: Distribution authorized to DOD and U.S. DOD contractors only; Other requests must be referred to COMSPAWAR or the cognizant SPAWAR code /"— Presentation transcript:

1 Statement D: Distribution authorized to DOD and U.S. DOD contractors only; Other requests must be referred to COMSPAWAR or the cognizant SPAWAR code / PEO program office. Tactical Ocean Data System (TODS) NOe Requirement (from CNMOC 0TB Matrix) –Marcus and/or Pam will fill this in. Technical Accomplishments –BioCast 3D Advection Software Completely Integrated into TODS and testing and evaluation underway – results are promising. –Fleet MIW Demonstration/Support during HARP Exercise Hawkex April 2012 in Panama City, FL with HM-15, NOMWC and NAVO. Glider optics data collected will be used in FY13 validation of the 3D Optical Generator (3DOG). –Fleet ASW Amphibious exercise Bold Alligator (Q2FY12) demonstration in Onslow Bay, SC – fusion of real-time high resolution (250m) satellite optical (diver visibility) and thermal (SST) products and RELO-NCOM numerical model from NP31 for thermal performance surface. Glider optics data collected will be used in FY13 validation of the 3D Optical Generator (3DOG). Technical & Financial Issues Encountered & Task Setbacks –Discovered issues with high resolution bathymetry anomalies and surface layer flow fields (top Eckman layer) resulting in higher optical properties in coastal regions. Resolved by enhanced bathy processing and spatial averaging techniques. Data set reprocessing and validation currently underway. –Temporary loss of key personnel (Brandon Casey – TODS Programmer).

2 Statement D: Distribution authorized to DOD and U.S. DOD contractors only; Other requests must be referred to COMSPAWAR or the cognizant SPAWAR code / PEO program office. Tactical Ocean Data System (TODS) Schedule Slips Encountered (as compared to Final FY12 DD 1498) –BioCast Transition and VTR delayed 3-4 months (Q1FY13 - 80% Complete) OpTest will follow. FY12 Funding Execution Rate: –Expect full FY12 funding exhaustion by 30NOV12

3 Statement D: Distribution authorized to DOD and U.S. DOD contractors only; Other requests must be referred to COMSPAWAR or the cognizant SPAWAR code / PEO program office. Tactical Ocean Data System (TODS) Transition path & Way Ahead: –Future transitions of TODS components: BioCast, 3D Optical Generator (3DOG) and AQS-24 System Performance Surfaces will reside with NAVOCEANO NP33 –BioCast validation / VTR underway and transition is planned for Q1FY13. OpTest at NAVO will follow. 3D Optical Generator (3DOG) transition/VTR currently on schedule for Q4FY13. –This task will be completed in Q4FY14 with full TODS capability to support MIW, ASW and SpecOps with nowcast and forecast 3D optics and performance surfaces. –No transition issues currently perceived. –Transition plan status: FY12 TP exists and FY13 TP is in progress.

4 Statement D: Distribution authorized to DOD and U.S. DOD contractors only; Other requests must be referred to COMSPAWAR or the cognizant SPAWAR code / PEO program office. Tactical Ocean Data System (TODS) PI comments: –Fleet MIW demonstrations and evaluations to date has proven beneficial in support of Navy ASW and MIW operations and planning. –Successful forecasting laser imaging system (AQS-24) performance field. –Continued fleet request ongoing for ASW & MIW. –For the amount received this project gives a huge return on investment. Project Manager Comments and NOe discussion items –Marcus will fill this in.

5 Statement D: Distribution authorized to DOD and U.S. DOD contractors only; Other requests must be referred to COMSPAWAR or the cognizant SPAWAR code / PEO program office. Vertical Optical Profiles (Glider, BSP, etc.) Fusion of Glider Profiles, Satellite and Numerical Models to support AQS24 Operations Nowcast / Forecast Satellite Optics Nowcast / Forecast Circulation Models 3D Optical Volume & 3D Diver Visibility Nowcast/Forecast Performance Surfaces Image Quality & Optimal System Towing Altitude EODES Optical Layer Model coefficients define the relationship between the surface satellite optics, model physics (MLD,IMLD), 1% light level, and the subsurface optical shape in 3D Model. Depth Layer Info (MLD,iMLD) Insitu Optics Used for Tuning Coefficients in 3D Optical Model

6 Statement D: Distribution authorized to DOD and U.S. DOD contractors only; Other requests must be referred to COMSPAWAR or the cognizant SPAWAR code / PEO program office. NGOM Test Bed (MissBight) Imagery Combined w/ Circulation Models OpCast/BioCast Comparison 24 Forecast Animation @ 3 Hour Time Steps Satellite: MODIS Chl1km Model: RELO-NCOM AMSEAS 3km August 24, 2012 BioCast/TODS Integration Complete Validation Underway Running Operationally @NRL (OpCast & BioCast) Since Sep. 01, 2011 Current @ NAVO Future (Q1FY13) 2D OpCast 3D BioCast PlumesChanging Location with Same intensities i.e. No Dispersion 2D Advection Scheme Surface Divergence / Convergence, Dispersion 3D Advection Scheme Land/Water Boundary Issues Fixed

7 Statement D: Distribution authorized to DOD and U.S. DOD contractors only; Other requests must be referred to COMSPAWAR or the cognizant SPAWAR code / PEO program office. Current @ NAVO Future Plumes Change Location with Same intensities i.e. No Dispersion Surface Advection Only Surface Divergence / Convergence, Dispersion 3D Advection Scheme 2D OpCast Initialization Field 3D BioCast Initialization Field 2D OpCast 24 Hour Forecast 3D BioCast 24 Hour Forecast (a) (b) (c) (d) Optical forecast comparison between OpCast and BioCast for turbidity using MODIS Aqua (08/23/12) and coincident RELO-NCOM model. The satellite initialization optical field for the 2D advection software OpCast (a) and the 3D advection software BioCast (c) was used to produce the 24 hour optical forecasts for OpCast (b) and BioCast (d). Improvements in the new 3D BioCast due to land/water boundary issues (small black circle) and the 3D currents/tracer advection scheme (large white circle) is illustrated in the 24 hour forecast images (b,d).

8 Statement D: Distribution authorized to DOD and U.S. DOD contractors only; Other requests must be referred to COMSPAWAR or the cognizant SPAWAR code / PEO program office. NAVO RELO-NCOM 3km Resolution (WPAC_2) GOCI (Geo-Stationary) 8 – 1 Hour Scenes May 13, 2011 Seoul, Korea Observed Forecast GMT Time Hourly Backscattering (bb @555nm) BioCastYellowSeaKorea China 02 0.0044 02 0.0044 03 0.0058 03 0.0058 04 0.0066 04 0.0066 05 0.0069 05 0.0069 06 0.0069 06 0.0069 07 0.0070 07 0.0070 08 0.0070 08 0.0070 Hour Mean Absolute Hour Mean Absolute (GMT) Difference Table. Forecast Skill (bb@555nm) Mean absolute differences in bb Non-significant BRDF Correction Applied

9 Statement D: Distribution authorized to DOD and U.S. DOD contractors only; Other requests must be referred to COMSPAWAR or the cognizant SPAWAR code / PEO program office. Bold Alligator January 30 – February 13, 2012 Onslow Bay, NC NRL provided near-real-time satellite support products as a capability demonstration to a large-scale U.S. naval amphibious exercise - Bold Alligator (BA12). These products were developed using the TODS system by merging satellite optical and thermal properties, high resolution model and glider positions. Products provided: -Regional True Color (R,G,B) image from Aqua MODIS at 250m resolution with the following model and glider information overlaid: NCOM 500m resolution surface currents, operational boxes, and glider tracks. - Regional Sea Surface Temperature (SST) image in degrees Fahrenheit derived from Aqua MODIS at 250m resolution with the same model and glider overlays. - PPE Go/No-Go (Sea Surface Temperature based) image in degrees Fahrenheit derived from Aqua MODIS at 250m resolution with the same model and glider overlays. ( 70F) - Regional horizontal diver visibility image in meters derived from Aqua MODIS at 250m resolution with the same model and glider overlays.

10 Statement D: Distribution authorized to DOD and U.S. DOD contractors only; Other requests must be referred to COMSPAWAR or the cognizant SPAWAR code / PEO program office. Bold Alligator ASW Amphibious Fleet Exercise Demonstration 2/13/12 MODIS Aqua True Color MODIS Aqua SST MODIS Aqua SST Go/NoGo MODIS Aqua HorizVis 70F 48 53 59 64 70 75 Degrees Fahrenheit Feet 0 14 28 42 56 70 250m Resolution 250m Resolution 250m Resolution 250m Resolution

11 Statement D: Distribution authorized to DOD and U.S. DOD contractors only; Other requests must be referred to COMSPAWAR or the cognizant SPAWAR code / PEO program office. Target Identification @ 7m/23.0ft Tow Altitude No Maybe Identify Q-Routes: High Probability For Detection and Identification! Nowcast AQS-24 Support for HAWKEX Valid October 03, 2011 19Z 3D Beam-c / Diver Visibility (West->East Transect / 3D Slice) Optimal Tow AltitudeSurface Beam-c / Diver Visibility 0m 16m 32m Bottom Optimal Tow Height For Q-Routes = 7+ meters! c 531nm DiverVis (1/m) meters.1.2.3.4.5.6.7.8 >1 48 24 16 12 9.6 8 6.9 6 <4.8 c 531nm DiverVis.1.2.3.4.5.6.7.8 >1 48 24 16 12 9.6 8 6.9 6 <4.8 (1/m) m meters E W Surface Panama City, FL St. Andrew’s Bay Daily Brief Provided To Fleet

12 Statement D: Distribution authorized to DOD and U.S. DOD contractors only; Other requests must be referred to COMSPAWAR or the cognizant SPAWAR code / PEO program office. Target Identification @ 7m/23.0ft Tow Altitude No Maybe Identify Q-Routes: High Probability For Detection and Identification! 24HR Forecast AQS-24 Support for HAWKEX Valid October 04, 2011 19Z 3D Beam-c / Diver Visibility (West->East Transect / 3D Slice) Optimal Tow AltitudeSurface Beam-c / Diver Visibility 0m 16m 32m Bottom Optimal Tow Height For Q-Routes = 7+ meters! c 531nm DiverVis (1/m) meters.1.2.3.4.5.6.7.8 >1 48 24 16 12 9.6 8 6.9 6 <4.8 c 531nm DiverVis.1.2.3.4.5.6.7.8 >1 48 24 16 12 9.6 8 6.9 6 <4.8 (1/m) m meters E W Surface Panama City, FL St. Andrew’s Bay

Download ppt "Statement D: Distribution authorized to DOD and U.S. DOD contractors only; Other requests must be referred to COMSPAWAR or the cognizant SPAWAR code /"

Similar presentations

ISSUES IN PREDICTING SOLITARY WAVES IN STRAITS OF MESSINA AND LUZON A. Warn-Varnas, P. Smolarkiewicz, J. Hawkins, S. Piacsek, S. Chin-Bing, D. King and.

ISSUES IN PREDICTING SOLITARY WAVES IN STRAITS OF MESSINA AND LUZON A. Warn-Varnas, P. Smolarkiewicz, J. Hawkins, S. Piacsek, S. Chin-Bing, D. King and.
Satellite based estimates of surface visibility for state haze rule implementation planning Air Quality Applied Sciences Team 6th Semi-Annual Meeting (Jan.

Satellite based estimates of surface visibility for state haze rule implementation planning Air Quality Applied Sciences Team 6th Semi-Annual Meeting (Jan.
Assimilation of Sea Surface Temperature into a Northwest Pacific Ocean Model using an Ensemble Kalman Filter B.-J. Choi Kunsan National University, Korea.

Assimilation of Sea Surface Temperature into a Northwest Pacific Ocean Model using an Ensemble Kalman Filter B.-J. Choi Kunsan National University, Korea.
Coastal Ocean Observation Lab Coastal Observation and Prediction Sponsors: Regional Ocean Prediction

Coastal Ocean Observation Lab Coastal Observation and Prediction Sponsors: Regional Ocean Prediction
NRL modeling during ONR Monterey Bay 2006 experiment. Igor Shulman, Clark Rowley, Stephanie Anderson, John Kindle Naval Research Laboratory, SSC Sergio.

NRL modeling during ONR Monterey Bay 2006 experiment. Igor Shulman, Clark Rowley, Stephanie Anderson, John Kindle Naval Research Laboratory, SSC Sergio.
Ice Validation and Verification of the Global Ocean Forecast System 3.1 Ruth H. Preller 1, E. Joseph Metzger 1, Pamela G. Posey 1, Alan J. Wallcraft 1,

Ice Validation and Verification of the Global Ocean Forecast System 3.1 Ruth H. Preller 1, E. Joseph Metzger 1, Pamela G. Posey 1, Alan J. Wallcraft 1,
Profiling Clouds with Satellite Imager Data and Potential Applications William L. Smith Jr. 1, Douglas A. Spangenberg 2, Cecilia Fleeger 2, Patrick Minnis.

Profiling Clouds with Satellite Imager Data and Potential Applications William L. Smith Jr. 1, Douglas A. Spangenberg 2, Cecilia Fleeger 2, Patrick Minnis.
Center for Satellite Applications and Research (STAR) Review 09 – 11 March 2010 Satellite Observations of Seasonal Sediment Plume in the Central East China.

Center for Satellite Applications and Research (STAR) Review 09 – 11 March 2010 Satellite Observations of Seasonal Sediment Plume in the Central East China.
Motivation Many GOES products are not directly used in NWP but may help in diagnosing problems in forecasted fields. One example is the GOES cloud classification.

Motivation Many GOES products are not directly used in NWP but may help in diagnosing problems in forecasted fields. One example is the GOES cloud classification.
A.B. VIIRS (Nov. 20, 2013).

A.B. VIIRS (Nov. 20, 2013).
0.0005 0.002 0.008 0.032 0.13 0.5 bb 555nm (1/m) (B1304) Combining High Resolution HICO and GOCI Imagery With Ocean Circulation Models: Towards a Fully-3D.

bb 555nm (1/m) (B1304) Combining High Resolution HICO and GOCI Imagery With Ocean Circulation Models: Towards a Fully-3D.
Introduction In the next few slides you will get an overview of the types of models that the Navy is using – analysis systems, tidal models and the primitive.

Introduction In the next few slides you will get an overview of the types of models that the Navy is using – analysis systems, tidal models and the primitive.
Global Real Time Ocean Forecast System (RTOFS- Global) Team: Avichal Mehra, Ilya Rivin, Bhavani Balasubramaniam, Todd Spindler, Zulema Garaffo, Hendrik.

Global Real Time Ocean Forecast System (RTOFS- Global) Team: Avichal Mehra, Ilya Rivin, Bhavani Balasubramaniam, Todd Spindler, Zulema Garaffo, Hendrik.
Statement D: Distribution authorized to DOD and U.S. DOD contractors only; Other requests must be referred to COMSPAWAR or the cognizant SPAWAR code /

Statement D: Distribution authorized to DOD and U.S. DOD contractors only; Other requests must be referred to COMSPAWAR or the cognizant SPAWAR code /
6.2-6.4 RDT&E Reviews Stennis Space Center, MS 26-28 February 2013 Project: Modeling Sensing and Forecasting Ocean Optical Products for Navy Systems PI:

RDT&E Reviews Stennis Space Center, MS February 2013 Project: Modeling Sensing and Forecasting Ocean Optical Products for Navy Systems PI:
Basin-scale Ocean Prediction with the Hybrid Coordinate Ocean Model Eric P. Chassignet, Patrick J. Hogan, Harley E. Hurlburt, E. Joseph Metzger, and Alan.

Basin-scale Ocean Prediction with the Hybrid Coordinate Ocean Model Eric P. Chassignet, Patrick J. Hogan, Harley E. Hurlburt, E. Joseph Metzger, and Alan.
UNCLASSIFIED Navy Applications of GOES-R Richard Crout, PhD Naval Meteorology and Oceanography Command Satellite Programs Presented to 3rd GOES-R Conference.

UNCLASSIFIED Navy Applications of GOES-R Richard Crout, PhD Naval Meteorology and Oceanography Command Satellite Programs Presented to 3rd GOES-R Conference.
Trajectory validation using tracers of opportunity such as fire plumes and dust episodes Narendra Adhikari March 26, 2007 ATMS790 Seminar (Dr. Pat Arnott)

Trajectory validation using tracers of opportunity such as fire plumes and dust episodes Narendra Adhikari March 26, 2007 ATMS790 Seminar (Dr. Pat Arnott)
Retrieving Coastal Optical Properties from MERIS S. Ladner 1, P. Lyon 2, R. Arnone 2, R. Gould 2, T. Lawson 1, P. Martinolich 1 1) QinetiQ North America,

Retrieving Coastal Optical Properties from MERIS S. Ladner 1, P. Lyon 2, R. Arnone 2, R. Gould 2, T. Lawson 1, P. Martinolich 1 1) QinetiQ North America,
Dr. Frank Herr Ocean Battlespace Sensing S&T Department Head Dr. Scott L. Harper Program Officer Team Lead, 322AGP Dr. Martin O. Jeffries Program Officer.

Dr. Frank Herr Ocean Battlespace Sensing S&T Department Head Dr. Scott L. Harper Program Officer Team Lead, 322AGP Dr. Martin O. Jeffries Program Officer.

Similar presentations

Ads by Google