ALOHA Cabled Observatory Will use components from the earlier ALOHA- MARS Mooring project at APL-UW Seafloor secondary node Bottom instrument package with.

Slides:

Advertisements

Similar presentations

January 2011 The MARS Deep-Sea Observatory in Monterey Bay Yanwu Zhang, James Bellingham, Gene Massion, Craig Dawe, Steve Etchemendy, and Christopher Scholin.

Advertisements

Engineer Training XL1200 Ink System. Engineer Training XL1200 Ink System Confidential 2 Ink System The XL1200 Ink System consists of the following elements:

Aloha Observatory Design Cabled Observatory Presentation School of Ocean and Earth Science and Technology February 2006.

IBook Carts Meet Your Cart. The Cart Each cart holds 10 iBooks. There are compartments and slots for all the components.

Building a Pressure/Temperature Weather Station (Sensor Pack) AEM 1905, Fall 2008.

SENSORS and PUCK Duane Edgington, Bob Herlien, Kevin Gomes, Tom O’Reilly MBARI Duane Edgington, Bob Herlien, Kevin Gomes, Tom O’Reilly MBARI.

Computer Basics 1 Computer Basic 1 includes two lessons:

SUPERSITES COORDINATION WORKSHOP Monday 10 June 2013

VLNvT workshop Amsterdam October 5-8th 2003 P. Lamare SACLAY DSM/DAPNIA Experience with electro-optic cable Wet mateable connection.

Ocean Technology Test Bed Colin Bradley, University of Victoria John Roston, McGill University NEPTUNE Canada VENUS.

Steven S. Thumbeck October 5-8, 2003 NIKHEF, Amsterdam VLV ν T Workshop "Technical Aspects of a Very Large Volume Neutrino Telescope in the Mediterranean.

Aloha Proof Module Design Cabled Observatory Mechanical Presentation School of Ocean and Earth Science and Technology February 2006.

Colorado Space Grant Consortium Foam Core Class #05 Foam Core Class #05.

Barrow’s Arctic Ocean Developing a Cabled Seafloor Observatory to Complement the Barrow Global Climate Change Facility the “BGCCRF” Developing a Cabled.

Fibre Optics Networks What’s fibre optics network?. Fiber-optic communication is a method of transmitting information from one place to another by sending.

Amsterdam October 2003 M. Sedita VLVnT Installation and Maintenance of the submarine network The Maintenance aspect present some difficult as their.

XP Practical PC, 3e Chapter 17 1 Upgrading and Expanding your PC.

Inductive Power System for Autonomous Underwater Vehicles

Translate the following message:

1 CCTV SYSTEMS CCTV cables. 2 CCTV SYSTEMS Cable selection is a very important consideration in the performance of a CCTV system, especially where long.

Setting up the Ricoh C305 Press F5 to start the Presentation

Basic Concepts of a Computer Network

School of Ocean and Earth Science and Technology University of Hawai’i at Manoa 11 February 2013 ALOHA Cabled Observatory: Data Considerations.

Presentation of the DriveLab Board Opal-RT Real-time institute 2009.

1 © 2006 Cisco Systems, Inc. All rights reserved.Cisco ConfidentialPresentation_ID Scientific Atlanta Configuration Module 2.3.

Bruce M. Howe, Timothy McGinnis, Jason Gobat, APL-UW

Tim McGinnis* Bruce M. Howe University of Washington Applied Physics Lab * ALOHA Observatory Moored Sensor Network.

A sensor architecture for neutrino telescopes on behalf of the KM3NeT consortium Els de Wolf Thank you, Claudio!

Mooring Sensor Network for Ocean Observatories: Continuous, Adaptive Profiling Bruce M. Howe, Timothy McGinnis, Jason Gobat Applied Physics Laboratory,

Mooring Sensor Network for Ocean Observatories: Continuous, Adaptive Profiling – Development Status Report – Bruce M. Howe, Timothy McGinnis, Jason Gobat.

Overview – HOT Site Hawaii Ocean Time-series “HOT” Site –3 Stations: Kahe, Kaena & ALOHA –monthly cruises for 15 years –ALOHA Station 100km N of Oahu.

ROV Cameras. Extending Your Camera We want your ROV to be able to see the sea! (And the pool)

WinTV-USB Image-capture device. The image capture device is connected to the computer through the USB cable, and the existing video cable from the video.

0 If you have set-up the equipment and are unable to access your service, call 1(888)ONE-ATT0/1(888) or for

January 14, 2006Company Confidential NAUTILUS ETHERNET IFS # Rev. A.

Confidential 1 Server UPS (shore) Port SIIMulator (shore or Rutgers) (4) Hot swap RAID disks DACNet Server (shore) 20” Flat Screen (shore)

Green Systems: Wet Demonstrator Stephen Lentz Director of Network Development.

Green Systems: Science & Engineering Stephen Lentz Director of Network Development.

The KM3NeT consortium ( - supported through the European Union's 6th framework programme in a 3-year Design Study - aims at the construction.

VLVnT11 - Erlangen 12-14/10/ Giorgio Cacopardo NEMO Phase2 mechanical design G. Cacopardo on behalf of NEMO collaboration.

ALOHA-MARS Mooring Moorings called for in many OOI plans Features –Enables adaptive sampling –Distributes power, communications, time throughout the water.

Mooring Sensor Network for Ocean Observatories: Continuous, Adaptive Profiling Bruce M. Howe, Timothy McGinnis, Jason Gobat, APL-UW Roger Lukas, UH Emmanuel.

Monterey Accelerated Research System

Hardware on the Inside.  Computers are made of many electronic components or parts.  These components each have a special job and they all work together.

Final Presentation Senior Design II MSU SeaMATE ROV Explorer Class [1]

Scrumm meeting. Mechanical Done. Worked on final type What to do? Finish the assembly of the bottom part.

Ocean-Tune: A Community Ocean Testbed for Underwater Wireless Networks Puget Sound Deployment Revision 0.1 July 19, 2012 Sumit Roy, Payman Arabshahi

Keck Meeting - UW10 January NEPTUNE – Technology Backbone system with branch units / hierarchy of Junction Boxes Power Parallel architecture -

Wet Demonstrator Objectives. 2 A Brief History Functional Requirements First DraftJuly 2014 Wet Demonstrator Scope First DraftJuly 2014 Singapore Workshop.

Rosanna Cocimano Amsterdam, 5-6 July 2010KM3NeT WPF/L General Meeting Rosanna Cocimano INFN LNS Power plan for detector layout Presented in TDR.

M. Circella – ANTARES connectionINFN Comm. II, 5/6/2008 The ANTARES Connection Marco Circella --- INFN Bari 1.

Earth-Sea Science Junction Boxes

Serial/Fiber-Converter - IE-MCT-1RS232/485-1SC/ST

Deep sea infrastructure: ROV M. Musumeci KM3NET meeting Paris October 2008.

Status of the NEMO tower validation Integration Tests Improvements Deployment program M.Anghinolfi- km3-day meeting )

PPM 30/10/2012. In-situ validation programme Oct/Nov 2012: VEOC prototype in Atlantic (monitor fibres, pressure) Dec(?) 2012: multi-PMT.

Inside a Computer. Computer Hardware/Software What is the difference? Computer Hardware.

Belden Electronic Components in Dubai

Aloha Observatory Design

Mooring Sensor Network for Ocean Observatories: Continuous, Adaptive Profiling – Development Status Report – Bruce M. Howe, Timothy McGinnis, Jason Gobat.

The Instrumentation Unit (IU) of the Calibration Unit (CU)

Expandable Seafloor Observatory

Junction Boxes for KM3NeT

Drill Translate the following message:

پروتكل آموزش سلامت به مددجو

Future of Deep-Ocean Observatories

الفصل الثامن خطة العمل أ/ سلطانة العطاوي....

Stephen Farrington, PE (Transcend)

EVLA MONITOR & CONTROL CDR

Presentation transcript:

ALOHA Cabled Observatory Will use components from the earlier ALOHA- MARS Mooring project at APL-UW Seafloor secondary node Bottom instrument package with science isntrument interface module (SIIM) and sensors (CTDO2, BB2F) Cables and connectors Underwater video camera

ALOHA-MARS Mooring Implemented only on short scale – 30 m high in Puget Sound For ACO – use seafloor secondary node and bottom instrument package And cables Bottom instrument package Secondary node

Seafloor bottom instrument package Here set up to goat base of mooring, on mooring line

AMM Secondary seafloor node Test tank at MBARI Orange is syntactic foam to make near neutrally buoyant to facilitate ROV moving it on seafloor 5 ROV-mate Receptacle cables

AMM Secondary node and SIIM Without syntactic foam (simple deployment Puget Sound Bottom instrument package/SIIM hard connected behind

Bottom instrument package SIIM (left) 2 CTDO 2 1 BB2f fluorometer/backscatt er (black unit) Syntactic foam to get near neutral buoyancy Green Falmut cable connecting to secondary node

Science Instrument Interface Module (SIIM) 8 channels for sensors Industrial ethernet One ROV plug cable Titanium pressure case 6000 m

Electro-optical (EO) converters For seafloor cable, 1.5 km here (black) Converts electrical Ethernet to optical for long run, and back Runs off 48 V from local node Has a ROV-mate plug cable at each end