GoMOOS G ulf of M aine O cean O bserving S ystem Telemetry System Design for Reliability Robert Stessel GoMOOS / University of Maine.

Slides:



Advertisements
Similar presentations
The M3A system in the Adriatic Sea
Advertisements

SeaCycler AST2 Surface Piercing Profiler Technology.
TRIAXYS DIRECTIONAL WAVE BUOY DBCP Conference Chennai, India October, 2004 Don Bryan.
Copyright MBARI 2004 MBARI-CIMT Mooring EARTH Workshop July 7, 2004 Kent Headley, Software Engineer, MBARI.
Air-Deployable Profiling Floats
A thermodynamic model for estimating sea and lake ice thickness with optical satellite data Student presentation for GGS656 Sanmei Li April 17, 2012.
SIO 210: I. Observational methods and II. Data analysis (combined single lecture) Fall 2013 Remote sensing In situ T, S and tracers Velocity Observing.
A New Technology Transmitter Real Time ScadaLynx Model
Remote Monitoring and Management Solutions ®
SCIENCE NEWS Magnitude CENTRAL ITALY Magnitude CENTRAL ITALY.
RAPID-MOC Mooring Array Instrumentation l Instrument types and specifications l Telemetry.
T24 Wireless Telemetry Advanced Intelligent Instrumentation.
The Logistic Requirements for Wave Field Measurement Prof. Dr.-Ing. Chia Chuen Kao Director, Coastal Ocean Monitoring Center, National Cheng Kung University.
Temporal and Spatial Variability of Physical and Bio-optical Properties on the New York Bight Inner Continental Shelf G. C. Chang, T. D. Dickey Ocean Physics.
Quality Assurance and Quality Control Processes for Current Measurements From USCG ATONs Jennifer Dussault Qartod II February 28,2005.
Oil Spill Detection and Tracking Technologies Aircraft and Autonomous Aircraft Detection Methods Autonomous Surface Vessel Tracking Methods Autonomous.
Development of a Dual-Use Over-The Horizon Radar Network for Monitoring Ocean Currents and Ship Traffic in the Exclusive Economic Zone Scott M. Glenn Coastal.
Office of the NJ State Climatologist The Office of the NJ State Climatologist The New Jersey Weather & Climate Network: Harnessing Real-time Information.
AOSC 200 Lesson 5. Observing the Atmosphere There are several instruments that are used to measure the basic atmospheric variables/ Temperature – Thermometer.
National Oceanic and Atmospheric Administration
DATA COLLECTION PLATFORMS OFF THE COAST OF ARGENTINA DBCP 21 Scientific and Technical Workshop October 2005, Buenos Aires, Argentina ARMADA ARGENTINA.
NAVO/PSI Buoy. Equipped with RTK GPS Rover Receiver, Buoy attitude and motion sensors, data acquisition system, and telemetry system. Reference Station.
Presentation to Data Buoy Cooperation Panel XVII J-CAD (JAMSTEC Compact Arctic Drifter)
Real-time Monitoring of the Derwent and Huon Estuaries in Southern Tasmania Greg Timms Senior Research Scientist Tasmanian ICT Centre, CSIRO 20 May 2009.
Ocean buoys collect data over many years – changes in the atmosphere and ocean over many years provide clues to climate variability. We need to look at.
The Gulf of Maine Ocean Observing System. Technical Program Real time monitoring and forecasts of: Weather - surface ocean winds, air temperature, visibility.
Weather Part IV Storms Reference: CK-12.org Earth Sciences Chapter 16 By: Robert Smith.
Using Ocean Observing Systems & Real Time Data to monitor and clean up Oil Spills.
Work Package 2 / 3 TECHNOLOGICAL & PROCEDURAL HARMONISATION FixO3 General Assembly 14 th to the 16 th October 2014, Heraklion-CRETE ESTOC, PLOCAN,
NOAA PORTS ® Partnerships MARACOOS Annual Meeting 12/15/2011 Darren Wright Maritime Services Program Manager.
Section 12.3 Gathering Weather Data
The polar sea ice covers are large Tens of millions of square kilometers, and empty.
An Operator’s View of the Ocean Observing System in the Gulf of Maine Neal R. Pettigrew and Heather Deese School of Marine Sciences, University of Maine,
JCOMM Data Buoy Cooperation Panel October 16, 2006 National Data Buoy Center 2006 Review: A Year of Growth Paul F. Moersdorf, PhD, Director.
Integration/Dissemination of MERHAB Autonomous Research Vessel In-situ sampler (MARVIN) data.
PHYSICAL OCEANOGRAPHY
EXPERIMENTAL METHODS IN ENERGY AND ENVIRONMENT bAWARE – enhancing today’s lifestyle Group 1: Guilherme Farinha Paulo Quental Annelise.
OOI Annual Review Year 2 May 16 – 20, 2011 Ocean Observatories Initiative Surface and Subsurface Mooring Telemetry Inductive and acoustic technology and.
CONRAD BLUCHER INSTITUTE ACTIVITIES SUPPORTING TEXAS PORTS AND WATERWAYS OPERATIONS Two Inter-related Services to the Port Community: 1. The Texas Coastal.
Mid-Atlantic Mesonet Consortium Founded through the State Climate Offices at: the University of Delaware and Rutgers, The State University of New Jersey.
EQUIPMENT SOUND OCEAN SYSTEMS, INC. SEA GUIDE Hand-held DIVER GPS.
Data Buoy Cooperation Panel Scientific and Technical Workshop Scripps Institution of Oceanography La Jolla, CA Recent Buoy Developments at NOAA/NOS/CO-OPS.
Lecture 22 Deployment Strategies Fixed Platforms Collin Roesler 18 July 2007.
Capitol Hill Oceans Week June 10, 2004 John Englander, CEO.
Starter 1.What are hurricanes in the Western Pacific called? 2.What are hurricanes in the Indian Ocean called?
Tools for Monitoring in Coastal Alaska and the Arctic Darcy Dugan Alaska Ocean Observing System.
TESTING OF KGPS FOR TIDE APPLICATION TO HYDROGRAPHIC SURVEYS BY THE NAVAL OCEANOGRAPHIC OFFICE.
PAM Station Photo: HVAMS03 10-m Tower: Prop-Vane Anemometer Lightning Spike Solar Panel / battery Power System 2-m Temperature / Humidity in aspirated.
RADIOSONDES SAMPLING THE UPPER ATMOSPHERE. EARLY MET KITE INCLUDED SENSORS, DATA RECORDER.
Mapping the Ocean with Open Source Philip Bogden CEO, GoMOOS Inc Acting Director, SCOOP.
1 Underway Reconnaissance Breakout FULL SPEED: Hull mounted: Hull mounted: 1- MBES m - w/ 0.5 degree resolution - bathy and backscatter m.
Atmospheric Sciences 370 Observing Systems Winter 2016.
Forecasting Weather. What is it ?? Technology Meteorologists need to measure various atmospheric conditions : air pressure, humidity, precipitation,
Brenda Leroux Babin Louisiana Universities Marine Consortium Lei Hu Dauphin Island Sea Lab, Alabama A Tale of Two Observing Systems: September 10-11, 2008Environmental.
Chapter 20 Section 5 Forecasting Weather Objectives: -Compare and contrast the different technologies used to gather weather data -Analyze weather symbols,
Section 12.3 – Gathering Weather Data
Oceanographic and Meteorological (Metocean) Services
CLIMODE surface mooring
EXPANDED UNDERWATER ROBOTICS READY FOR OIL SPILL
Module – Groundwater Level Measurement
PAM Station Photo: HVAMS03
Forecasting Weather.
Weather balloons are launched twice a day
Texas Coastal Ocean Observation Network
Dr. Richard Hires Center for Maritime Systems
Weather’s Elements.
Phytoplankton Bloom.
Texas Coastal Ocean Observation Network
Texas Coastal Ocean Observation Network
NEOS Northeaster Oct 16, 2002 GoMOOS MVCO NJSOS LEO 15.
Presentation transcript:

GoMOOS G ulf of M aine O cean O bserving S ystem Telemetry System Design for Reliability Robert Stessel GoMOOS / University of Maine

Gulf of Maine

Remote Sensing Dr. Andrew Thomas - U.Maine

Surface Temperature Modeling Dr. Huijie Xue - U.Maine Surface Current

CODAR Dr. Neal Pettigrew - U.Maine

Moored ODAS Dr. Neal Pettigrew - U.Maine

Moored ODAS Dr. Neal Pettigrew - U.Maine

Moored Buoy Array Dr. Neal Pettigrew - U.Maine

Solar Panels & Batteries Lantern - Radar Reflector GPS Receiver - Leak Detector Cellular or Irridium LEO Sat Phone GOES Satellite Transmitter (Backup)

Wind Speed & Direction Air Temperature Visibility Accelerometer ( Wave ) ( Irradiance ) Solar Panels & Batteries Lantern & Radar Reflector GPS Receiver and Leak Detector Cel Phone or Irridium LEO Sat Phone GOES Satellite Transmitter (Backup)

Wind Speed & Direction Air Temperature Visibility Accelerometer ( Wave ) ( Irradiance ) Solar Panels & Batteries Lantern & Radar Reflector GPS Receiver & Leak Detector Cel Phone or Irridium LEO Phone GOES Satellite Transmitter (Backup) CT - Conductivity (Salinity) & Temp Surface Current ( Ocean Color ) : Fluorometer Down & Up Welling Irradiance Transmissometer Doppler Current Profiler Inductive Modem Coupler CT on Inductive Modem (Some w/Dissolved Oxygen) CT on Inductive Modem ( Inductive Modem Interface ) ( Ocean Color ) Depth (Meters)

Data Processing

Design Goals Real Time Data Acquisition & Display Reliability Serviceability Expandability Low Power Consumption

Datalogger Program Two time tables – sampling / control Built with subroutines – easily modified Power Control – normal / low / critical Test Routines – self resetting

Future Plans F i x e s Cel Phone – cold WX Met Sensor – Icing Cable Breakage Instrument Batteries Buoy Battery / Icing Solar Panel Blowouts Verify Power Budget A d d i t i o n s Wave – 3D Humidity Barometric Pressure ECOLAB – nutrient analyzer FLOCAM – plankton analyzer Whale Phone Active Radar Reflector Digital / Web Phone

Summary Reliability Watertight Integrity Enclosed Antennas Flooded Coax Cable Sealed Battery Terminals Redundant Chargers Desiccant & Nitrogen Leak Detector Power Management Serviceability Test ports Test routines in program Standardization Expandability Spare input ports Standardized modules Space for additions Inductive Modem Program with subroutines Standardization

Acknowledgements Dr. Neal Pettigrew Campbell Scientific Seabird Electronics GoMOOS Funding –Office of Naval Research –NOAA –GoMOOS Partners