Please enjoy our presentation on Oceans & Sensors at Oceanology International 2014. A brief presentation on oceans' preservation from oil pollution, a topic which is among the core interests of EdgeLab research efforts. Feel free to visit our website at www.edgelab.eu!
The Codex of Business Writing Software for Real-World Solutions 2.pptx
EdgeLab presentation at Oceanology International 2014
1. OCEANS & SENSORS
"They didn't know it was impossible,
so they went ahead and did it".
Mark Twain
2. U_TRAcker: A PLAIN PLATFORM
1,000 mt;
Length 2300 mm / Diameter 120 mm;
15 Kg;
4 Knots;
8 Hours;
customer oriented, WEBCAM, CTD, Side Scan Sonar,
and many other AUV size Sensors;
2 azimut + 2 side ducted propellers.
OPERATIONAL DEPTH:
DIMENSIONS:
WEIGHT:
SPEED:
DURATION:
PAYLOAD:
!
MANOEUVRABILITY:
www.edgelab.eu
3. FOR HIGH PERFORMANCE
!
• Total rotation at the point;
• Side drift;
• GPS-assisted surface navigation;
• Immersion dead-reckoning and inertial navigation through way points and
assisted corrections through surface GPS cable-antenna;
• Profile contouring navigation through deep gauge sensor;
• Operator-controlled, webcam assisted navigation;
• Full flexibility in mission programming;
• User-friendly interface.
www.edgelab.eu
4. EXTENSIVE MODULARITY FOR HIGH FLEXIBILITY
• 360 degree rotation while station keeping;
• Drift movement capabilities with side propellers;
• 2 lateral thrusters;
• Batteries with adjustable position (buoyancy offset);
• A control and navigation management module;
• A sensor payload module according to customer request.
• High Design Modularity Allows Easy Installation Of New Sensor Set.
• Easy Mechanical Connections of various Modules though simple standard locking system.
• Tiny underwater connectors designed for small platforms
www.edgelab.eu
10. www.edgelab.eu
undersea acoustic modem
• Sielco-M01 undersea acoustic
telemetry modem;
!
• Specifically designed to provide
highly reliable high-speed data
transmission between slowly moving
terminals even in hostile underwater
acoustic environment;
!
• Peculiar for shallow-water multi-
path time-dispersive channels
11. www.edgelab.eu
• Bi-directional communications with underwater unmanned vehicles
• Underwater equipment remote control
• Safety transmission units for divers or wrecked platforms
• Ambient data collection from measuring sensors.
High transmission reliability achieved by
choosing an appropriate modulation
format (non-coherent multi-frequency
shift keying, or MF-FSK) introducing
redundancy in the multi-frequency data
stream by channel coding with different
coding schemes and rates.
!
12. www.edgelab.eu
redundance and remote controls
Preselected Level of Redundancy
Remotely Controlled or Varied Adaptively through a handshaking procedure which allows data
rates selection from less than few hundred bit/s up to 2400 bit/s
Equipped with a Remote Control Unit to ease deployment and on-site calibration
and recovery of the undersea terminal.
On/Off remote switch
Operational mode Toggle (modem, data logger)
Remote selection of modulation and coding parameters
(center frequency, bandwidth occupancy, coding rate)