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National Test and Demonstration
Platform for Advanced Marine
Technologies
www.smartbay.ie
SmartBay Ireland• SmartBay Ireland is a not for profit company established in 2012
funded by the Programme for Research in Third Level
Institutions PRTLI Cycle V who will invest 3.8m over three years
• SmartBay Ireland is responsible for managing and operating a
marine test and demonstration platform for the development of
innovative products and services for the global maritime sector
National Capacity Build Marine ICT
2005 2007 2009 2011 2013 2014 2015
Harnessing our Ocean
Wealth
Horizon 2020
Galway
Statement
• SmartBay facilitate the
development of
innovative approaches to
technology through
sensor deployments in a
real world environment.
Robust Configurable
Mobilis DB8000 Platforms
What We Do
• The Infrastructure can be
accessed by academic
researchers and industrial
organisations for test and
demonstration purposes
Marine Services
• Deployment• Future Iterations
• Marinisation• Assembly /Integration
Pre deployment
scoping and
planning
Bench Test of
Equipment
Field test/trial
Post Deployment
1. 2.
3.4.
ICT Services
• Middleware• Data Visualisation
• Data Management
• Data Capture
Real-time streaming data
capture - multiple sensors, multiple
datasets
Storage and parsing of raw
data
Data converted into multiple
formats - csv, json, mat, kml,
- Access to current wind,
wave & weather data - Data analytics
1.2.
4. 3.
SmartBay National Infrastructure Access
Programme
• The goal of the NIAP programme is to
grow the user base to encompass
academic research teams, SME’s, and
MNC’s nationally and internationally
• NIAP fund is available to enable
researchers to access the SmartBay
Infrastructure.
• Research proposals must fit under the
objectives of the SmartBay PRTLI Cycle
5 programme
• 20 NIAPS have been awarded to date
• Evaluations of Larger NIAP Projects for
2014 recently completed
National Infrastructure Access
Programme (NIAP)
•Supporting researchers to engage with SmartBay where it facilitates their research;
•Small integration projects €2k;
•Travel grants;
•Co-funding for IRC grants – under the International SmartOcean Graduate Enterprise Initiative (ISGEI)
•Co-funding for EU projects using SmartBay;
•Larger projects – up €25k (2013/14)
•Evaluation panel for applications & projects hope to fund the top 4 ranked proposals
NIAP Research Themes
•Oceanography & Related Bio-chemistry
•Fisheries & Aquaculture
•Novel Marine Technologies
•Testing and Demonstrating of new sensors
Edel O Connor
MultiSens: An Investigation into Satellite Remote Sensing Products in Galway Bay DCU
James Chapman Antifouling – deployment of test materials DCU
Lorna Fitzsimons Optical Colorimetric Sensor (OCS) DCU
Stephen Nash
CODAR Surface Current Observations in Galway Bay - Data Management NUIG
Stephen Nash
CODAR Surface Current Observations in Galway Bay - Data Validation
NUIG
Daniel Toal
Long endurance observation mini ROV system for remotepresence and monitoring in SmartBay UL
Liam Miller Marine Archaeology site Monitoring Slt Systems Ltd
Paul McAvoy
Stabilisation of data buoy for communication links using elastomeric moorings TFI
Dermot Diamond Smart Bay Data Fusion – In-situ Sensor Networks DCU
Tim McCarthyLawrence Gill
SmartBay Data Fusion
Quantifying groundwater flow into Kinvara BayNUIM/TCD
NIAP Projects 2012/2103
Dr. Chaosheng Zhang
Test of a novel diffusive gradients in thin films (DGT) technology for monitoring labile phosphorus in the interface of water/sediments in Galway Bay NUIG NUIG
Dr Peter Croot
CDOM – a baseline study for optimizing sensor design
NUIG NUIG
Dr. John LohanPerformance Evaluation of Solar Photovoltaic in Galway Bay Conditions GMIT MI
Dr Michael Schukat
Securing SmartBay via OSNA Involves the deployment andtesting of off‐line authentication and encryption softwareon SmartBay sensor devices for the OSNA (Open Sensor Network Authentication) in NUIG
NUIG
Dr Daniel Toal/Admir Kaknjo
Integration of Smart Event Triggered Ocean Monitoring Platform with SmartBay UL MI
Dr Stephen NashADCP validation of the Galway Bay High Frequency Radar System NUIG MI
Paul Gaughan, Gavin Duffy
An Interactive 3DSimulation of the Spiddal Wave Energy Test Site RealSim MI
Paul GaughanSmartBay Cork Buoy Communications Infrastructure development MI MI
2012/2013 Projects under NIAP
Share of projects funded by NIAP
NUIM
NUIG
DCU
GMIT
UL
TCD
Kinvarra Bay Data Fusion
John Cleary, Thomas Phelan, Cormac Fay, Dermot Diamond, Dublin City University
Ted McCormack, Owen Naughton, Paul Johnston, Laurence Gill,
Trinity College Dublin
Kinvara Bay Objectives
•Develop mobile, wireless-enabled
sensing system
•Mapping of conductivity,
temperature, depth with high temporal
and spatial resolution
•Conduct boat-based transects of
Kinvara bay in order to determine
quantity of submarine freshwater
inputs from north Galway karst
system
Performance Evaluation of Solar
Photovoltaic Collectors under
Galway Bay Conditions
Dr. John Lohan
( Centre for the integration of Sustainable Energy Technologies )
Test Program
•Three fixed angle of inclination (between 0 - 90
Degrees to Horizontal)
•Wave movement about a fixed angle of inclination
(+/- 20 Degrees about fixed angles)
•Impact of debris or surface occlusion
•Weather (test on both sunny and overcast days)
• SmartBay is working with Coder Dojo
Galway on developing a marine focus
linked to marine data visualisation
• SmartBay is currently developing a
practical module for the SMART Sea
School which will be delivered in
November
• An initiative is underway with GMIT to
develop a series of workshops for second
level schools in Galway, Clare and Mayo
• FP 7 –– “Oceans of Tomorrow call” Funding awarded – Marine environmental in situ Assessment and monitoring toolBOX
• “MariaBox” - Project will develop a wireless marine environmental analysis device for monitoring Chemical pollutants
• Irish Partners - DCU(NCSR) and SmartBay
• SmartBay involved in software development and marine testing of sensors
• SmartBay registered as an SME with EU –interested in partnering in new Research proposals - Horizon 2020
SmartBay as a Research
Performer
• Subsea Node for sensors and video
• Power Buoy - OE Devices
Facilities Coming Soon...
Test Site Spiddal, (¼ Scale)
OE Device
WaveBob
Proposed Cable Site
• Subsea floor cable of 5km to support subsea nodes with 400v power and high speed communications via optical fibres
• The nodes can host a complement of client sensors which can be tested and demonstrated in near real time.
• Data will be available to users through a dedicated web portal and further analytics can be applied to the data collected for a variety of user applications
Thank You
Paul Gaughan
Systems Engineer
www.smartbay.ie